Vijetha Septemver-2018

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 1  2018 - 

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12.      ?

1)   2)  � 3) � � 4)   13.    ?

1)  2) �� 3) �� 4) �� 14.  ?

1) ��  2) �  3)  ���    

4)  �� 15.    (1908)     ?

1) �� 2)  � � 3) � � 4)  � � 16. 1933         ?

1) � 2)  3) 12  4) 15 

    ?   

      , 

   �

�� ��  �,   ���, ��,    �  ��  .  �  �  � ,  ��,  �  �.

 

  (1888 - 1939) � � � � � � � � � � �

 �� �  1888,  22 � ,  ��� �.

1906�     � �.  ��   .

1911� � ��  � ‘ ’ ��.

1910   �  ��.

1912�   �   � ��.

1913� ��   �� � �  ��.

1913� �     .

1924�  �  �� �  � ��.

1933, � ���   �� � � �  ��.

1939,  18 ��� �  �.

  (1885 - 1973) � � � � � � � �

� � ��� �. � � � ��� �   �� �  � ��� � ��  � �� ��.

1924�  �� ��  � �.    �� �, �  ��  � � �, � �� � � �.

  (1898 - 1953) � � � � � � � � � �

1898,  11 ��� �. �   � . �� � ��. � � � �, � ��  �.

1922�   � � �� , � ��  ��.

1927� � �  �� �  ��. ��� � ��  � � � � �.   �  �� �  ��  ��. � 1936�    �  �  � �.

1938� �� � �  �.

   � � � � � � �

1939� ��  �� �.

1943� �   � �.

1938� ��   � � � �.

1946� �  � � �.

1947�  �  � �� � �.   � � ��  �� 1953, � �.

  � � � � � � � � � � � � � � �

1908,  18 �.

1942,  30 ��� �   � �  ��.  ��   � �� �. �   � � �   � �.

1944� ���   � � �  � ��.

1944�   �,  �  � �.

1945� �� �   � �.

1946� �� � �� �.

1948-50  �� �  �.

1952� ��  � � �.  �  ��  � ��.

1954�  �  � � � .

1968� �  ��.

1968� �� ��   �  ��. ��  �   � �.  � � , �    .

   (1911- 1948)    

       

   �

��� � �� 1937� ��.

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 ��  �� 1921� ��. ��         �   � .

  �

   � �

1942�   ��.   ,  �    �� ��.

   � �

1946� �� � �� ��.    �� �   � .

   � � �

�� ��� 1943 ��� �� � ��. � �  � �.

1963  ��� � �.

   � �

1920� ���   �� ��. � �, �� �, ���  �.

   �

�

�

 � �� ()   1916� ��� � �� ��. �  �  1930�  ��� ��� �.    �, ��, � �   �.

  � �

1934� � ��.     

� �

1946� ��� ��.      �.

� �

1925� ��� ��. ��   �.

 

  

1.       ?

1) 1906 2) 1911 3) 1924 4) 1925 2. 1911  ?

1)  �� 2) � 3)  � 4) � 3.        ?

1) �  2)  � 3)  �� 4) � 4.         ?

1) 1920 2) 1925 3) 1930 4) 1924 5.       ?

1)  � 2)  �� 3) � 4) �  6.    1947     ?

1)  � 2) �� 3) � 4) � 7.           ?

1) �� 2)  � 3)  � 4) � � 8.         ?

1) 1942 2) 1945 3) 1950 4) 1930 9.      ?

1) 1930 2) 1925 3) 1920 4) 1921 10.   1943     ?

1)  2)  � 3) ��� 4)   11.       ?

1)  � 2)  3)   4)  



1-1, 2-2, 3-3, 4-4, 5-1, 6-1, 7-3, 8-1, 9-2, 10-3, 11-1, 12-3, 13-2, 14-3, 15-4, 16-4.

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 1  2018 - 

20. Which among the following is not a main defect in the existing curriculum? a) It is constructed according to only the social and cultural values of teaching mathematics b) It is subject centered and topical c) Teaching of geometry is not according psychological principles d) To approach in curriculum is not pragmatic 21. The type of curriculum in mathematics for which is constructed on the basis of psychological

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principles and theories are? a) Activity-centered curriculum b) Subject-centered curriculum c) Craft-centered d) Child centered 22. The type of curriculum in mathematics which is psychological in nature is? a) Experience centered curriculum b) Subject-centered curriculum c) Craft-centered curriculum d) Correlated curriculum

A good textbook is a source of..?

MATHEMATICS CURRICULUM 1. According to the Secondary Education Commission (Mudaliar Commission) curriculum is defined as? a) Curriculum is a tool in the hands of the artist (the teacher) to mould his material (the pupil) “according to his deals (aims and objectives) in is his studio (in the school) b) “Curriculum should be conceived as an epitome of the rounded whole of the knowledge and experience of the human life” c) ’The whole life of the school becomes the curriculum which can touch the life of the students at all points and help in the evolution of a balanced personality d) “Curriculum includes all the learner’s experiences in or outside school that are included in a programme which has been devised to help him to develop mentally, physically, socially, emotionally, spiritually and morally 2. According to Crow and Crow the curriculum defined as? a) “The total effort of the school is bring about desired outcomes in the school and out of the school situation” b) Curriculum is a tool in the hands of the artist (the teacher) to mould his material (the pupil) “according to his deals (aims and objectives) in is his studio (in the school) c) “Curriculum should be conceived as an epitome of the rounded whole of the knowledge and experience of the human life” d) “Curriculum includes all the learner’s experiences in or outside school that are included in a programme which has been devised to help him to develop mentally, physically, socially, emotionally, spiritually and morally 3. Which of the following are the aims (purposes) a curriculum achieves? a) To make pupil capable of understanding their national heritage and having faith in it. To evoke feeling for honour of an individual. b) To lay foundation for rich, useful and moral life so that the child may contributes for social welfare. c) To develop the thinking, searching, understanding and decision making abilities of a child for moral development. d) All the above 4. The principles which should be kept in mind while preparing (constructing) the mathematics curriculum is? a) Principle of unity b) Principle of community-centralities c) Principle of cultural value d) All of the above

5. The principles of curriculum construction in mathematics suggested by Secondary Education Commission as? a) Principle related to proper utilisation of leisure time b) Curriculum should be based on diversified activities c) Curriculum should be according to needs of the society. d) All of the above

9.

10.

GURUKULA EXAM SPECIAL

6. According to Kothari commission (1964 - 67) defects in the existing curriculum are? a) Present mathematics curriculum inadequate. It does not consist all experiences of pupils b) Existing mathematics curriculum is not useful and there is lack of creative activities c) School curriculum should be upgraded through research and advancements d) Existing mathematics curriculum is over packed 7. The important recommendations suggested by the Kothari commission to overcome the defects of existing curriculum are as? a) School curriculum should be upgraded through research and advancements b) Schools should be given freedom to devise and experiment new curriculum which suited to their needs c) curriculum should be child centered and should develop the natural interests, aptitudes and capacities of child satisfy his needs. d) All of the above 8. The major recommendation(s) not suggested by National Curriculum Framework for school education (NCERT) Document (2000) as a) The management system for vocational education has to be developed in strength, structure and task declinations b) Relation between content and teaching objectives c) All innovative experiments in the areas of media production, interactive video and multimedia computer software curriculum development process d) The teacher adopts an instructional design that helps learners master heuristic and algorithmic strategies for tacking new problems using the computer communication technologies, where ever possible, as

11.

12.

13.

14.

opposed to strategies that aim at mastery of discrete units of fixed knowledge The critical appraisal of existing mathematics curriculum can be made on the basis of following points a) Relation between content and teaching objectives b) Comprehensiveness of the content c) Child centeredness of the content d) All the above The existing curriculum can be made on the basis of the following points? a) Curriculum should consists of variety of physical and intellectual activities which are necessary for proper adjustment to the social and physical environment. b) Oral and homework should be given due importance with written and drill work in mathematics c) Curriculum should be flexible and should fulfill the varying needs of the child and the society. d) All the above A principle of curriculum construction of mathematics suggested by Secondary Education Commission (1952-53) is? a) Principle related to proper utilisation of leisure time b) It should be based on identical activities c) Curriculum should correlate with life. d) It should be according to the needs of the society.

A false statement among the following is? a) Curriculum must be shaped for the needs and welfare of the local community b) There should not be any provision in the syllabus for various categories of students c) Curriculum should be rigid d) Curriculum should be traced according to the latest developments of the subjects and in accordance with the modern world.

The type of curriculum in mathematics which is un psychological in nature is? a) Subject centered curriculum b) Core curriculum c) Craft centered curriculum d) Correlated curriculum A true statement with respect to utility of Text Book for a mathematics teacher is? a) It should be used as the only source of instructional material b) It should not be used as means or aid in teaching c) it is one of the many devices available to teacher for teaching d) It should be allowed to dominate the teaching programme

B. Laxminarayana Maths Senior Faculty Hyderabad 9849386253 15. As per UNESCO planning commission which one is not a prescribed criteria of a good text-book? a) A text book, first of all meets the requirements of the prescribed syllabus b) The contents should contain only the established facts aiming at shaping integrated modern outlook c) Contents should be large, and give all the required and non required information d) The pupils should be equipped with the “know how” of utilizing the knowledge in everyday life.

16. The distinct philosophies emphasized the use of a text book. Which one is not related that? a) To aid in decision-making procedures b) To attain ideas in a subject centered curriculum c) To assist the students to advise higher test score d) To promote international outlook and a sense of international brotherhood in the child.

17. Which of the following is not related to suggestions for improvement in the existing mathematics curriculum is? a) Important suggestions b) Suggestions according to Kothari commission (1964-67) c) Suggestions according to National Curriculum framework for school education NCERT Document (2000) d) suggestions of Secondary Education Commission (1952-53) 18. The curriculum which is developed according to utility and needs is? a) Idealistic curriculum b) Naturalistic curriculum c) Realistic curriculum d) Pragmatic curriculum 19. A false statement among the following with regard to a good text book according to Hall Quest is? a) A good text book is a source of knowledge b) A good text book is a guide c) A good text book is a good teacher to the pupil d) A good text book is a means of interpreting truth

ANSWERS 1. b, 7. d, 13. a, 19. c,

2, d, 8. b, 14. c, 20. a,

3. d, 9. d, 15. c, 21. d,

4. d, 5. d, 6. c, 10. d, 11.b, 12. b, 16. d, 17. a, 18. c, 22. a,

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 2,  2018- 

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Why are shock absorbers used?

LAWS OF MOTION

 

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10 44. 2018,  30, 31       .    ?

1) 1995 2) 1996 3) 1998 4) 1997 45.      ?

1) -5 2) � �  3) � 4)  �  46.            ?

1) � 11 2) � 16 3) � 18 4) � 24

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47. 2018,  18          ?

1) 1995 2 ) 1996 3) 1997 4) 1998 48.      ,          ?

1) � 2) � 3) � 4) � 49.         . 1000   ?

1) �. 500 2) �. 350 3) �. 250 4) �. 750

 1000   ?  & 

1. 2018,  30, 31        .     ?

1)  2)  3)  4) � 2.       ?

1) �  2) �� 3) � 4)  3.         ?

1)  2)  3) � 4)  4.  1       ?

1) � 2)  3)  4)  5.        ?

1)  2) � 3)  4)  6.        ?

1) � 2)  3)  4) � 7.     .     ?

1) 1927 2) 1928 3) 1929 4) 1926 8.      .    ?

1) 1956 2) 1958 3) 1957 4) 1959 9.     .     

?

1) 2018 2) 2017 3) 2016 4) 2015 10.        ?

1)  2)  3)  4)  11. 2026        ?

1) � 2) � 3) � 4) �� 12.       ?

1)  2)  3)  4)  13.    ?

1) 2005 - � �    2) 2005- ��    3) 2005 - � �� 4) 2010 -  � 14.         2017   ?

1) �� � 2) � 3) � � 4)  � 15.    400       ?

1) � 2)  3)  4)  � 16.        ?

1) � 2) �� 3)  4)  17.          ?

1) 48 2) 58 3) 65 4) 20 18.        ?

1) 35A 2) 35B

Scholarships Category: Scholarship: Description:

Eligibility:

Prizes & Rewards: Last Date to apply: Application:

Short Source URL:

Merit and Means Based Fair and Lovely Foundation Scholarship 2018 Like every year, Fair & Lovely Career Foundation has declared its scholarship call open; to select 55 college-going female students. This program intends to help girls who require financial aid, by covering their education-related expenses on the basis of merit and need, for which applications are invited from all across the country.

Female applicants, who have cleared class 12 from any stream with 60% marks in class 10 and 12 examination, of age between 15-30 years can apply. The applicant's family income should not be more than INR 6L p.a. The candidate can be from any given wide range of graduation, and post-graduation programme (as mentioned in the application site).

Applicants preparing for Banking Services, CA-CS-ICWA, CAT-MBA, Civil Services, Government Services, IIT-JEE-Engineering, PMTAIIMS-MBBS, Language-English Communication are also welcomed.

One-time scholarship of INR 25,000-50,000 is offered.

October 30, 2018 Applications can be made online only. Two subjective type questions are expected to be answered in about 600 words describing themselves, the reason for the chosen course of programme and how this scholarship will prove to be beneficial for them. http://www.b4s.in/namasthe/FAL8

Courtesy: www.buddy4study.com

3) 35C 4) 35D 19.        ?

1) � 2)  3) � 4) � 20.        ?

1)  2) � 3) � 4) �� 21.   1000      ?

1) � 2) �� 3)  4)  22. 2018,  25            ?

1) �� 2) �� 3) ��� 4) ��� 23.         400       ?

1)   � 2)  - 3) ��   4)   �� 24. 2018,  27            ?

1) � 2)  3)  4)  25.         ?

1) � 2) � 3) � 4) �� 26.      ?

1) �� � 2)    3)   4) �� 27.      ?

1)  2)  3)  4)  28.       20   16     ?

1) �� 2) � 3) � 4)  29.     .           ?

1) � 2) � 3)  4)  30.     18      ?

1)  �� �  2)  �� � ��  3)   ��  4) � �� �  31. 18       ?

1) � 2) � 3) � 4)  32.   ?

1) �  � - 2015, � 15 2)  � - 2014,  14 3)  � � - 2015,  1 4)  ��  �� - 2015, � 2 33.  -2018            ?

 

 &       



1)  2) � 3) � 4)  34.  -2018     .   11      .        ?

1) 16 2) 17 3) 18 4) 19 35. 2018        .            ?

1) 1998 2) 2002 3) 1994 4) 2006 36. 2018       400      ?

1) � 2) �� 3)  4) � 37.          ?

1) �� 2) � 3) � 4) � 38.          ?

1) 58 2) 48 3) 49 4) 61 39.           ?

1) 75 2) 80 3) 110 4) 210 40.      ?

1) � 2) �� 3) � 4)  41. 2017    50          ?

1)  2) � 3) � 4) � 42.      ?

1) �� �  � 2) � �  � 3)  �� � 4) � � ��� � 43.   ?

1) 1985 2) 1984 3) 1986 4) 1987

 1-1 7-4 13-4 19-4 25-1 31-3 37-2 43-2 49-3.

2-1 8-1 14-4 20-4 26-1 32-4 38-3 44-4

3-2 9-2 15-3 21-3 27-3 33-2 39-2 45-4

4-3 10-1 16-1 22-1 28-1 34-3 40-4 46-4

5-2 11-4 17-1 23-3 29-3 35-1 41-4 47-3

6-4 12-1 18-1 24-4 30-3 36-3 42-1 48-1

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 3,  2018- 

Find the inverse function of f(x)=5x FUNCTIONS

K. Kumar

INTERMEDIATE

s p e c i a l J U N I O R

Sr. Faculty,

Hyderabad 94929 56214

10

 3,  2018- 

9. The type of phototaxis exhibited by Euglena is?

1) Positive response 2) Negative response 4) Non directional 3) Neutral 10. Circadian rhythms occur at an interval of?

1) 24 hrs.

2) One year 3) One month 4) 15 days 11. One of the chemical factor is?

1) Light 2) Temperature

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3) Pressure 4) Oxygen 12. The bending of plants towards sunlight is due to?

1) Phototaxis 2) Photo tropism 3) Photo kinesis 4) Photoperiodism 13. The specific day length is essential for the initiation of seasonal events. This is called?

1) Photo period 2) Photoperiodism 3) Critical photo period 4) Photo kinesis

The cave dwelling amphibian is?

Environment

Ecosystem - Elementary Aspects � An ecosystem consists of both structural and Functional components. � The structural components of ecosystem are of two eyes.

1. Abiotic Factors 2. Biotic Factors � Abiotic Factors are again of two types a. Physical Factors b. Chemical Factors � The Physical Factors are...

Light, Temperature, Soil, pressure, etc., � The Chemical Factors are...

Oxygen, carbon dioxide, Various mineral nutrient in the soil/ water, etc., � These Physical and Chemical factors affect the life of the organisms Present in an ecosystem. � Energy transfer and recycling of minerals constitute the functional aspect of an ecosystem.

Light � Since plants produce food through photosynthesis, a process which is possible only when sunlight is available as a source of energy, we can easily understand the importance of light for all living organismes, particularly the autotrophs. � Many species of small plants (herbs and shrubs) growing in forests are adapted to photosynthesize optimally under very low light conditions because they are constantly over shadowed tall trees with well spread branches. � many plants are also dependent on sunlight to meet their photoperiod requirement for flowering. � For many animals light is important is that they use the diurnal and seasonal variations in the intensity and duration (Photoperiod) of light, as cues (indicators) for timing their foraging (collection of food) reproductive and migratory activities. � The availability of light on land is closely linked with that of temperature since the sun is the source and both. � But, deep in the oceans, the environment is always dark and its inhabitants don’t experience light. � The spectral quality of solar radiation is also important for life. � The UV component of the spectrum is harmful to many organisms. � All the colour components of the visible spectrum are not available for marine plants, living at different depths of the seas.

Biological effects of light � Light is an ecological factor that shows its influence on many biological Phenomena and activities like Pigmentation, movement, vision,

metabolism, etc., Effect of light on pigmentation � Light influences the colour of the skin. � The animals which in regions of low intensity of light such as caves, have less Pigmentation than that of the animals exposed to light. eg: a cave dwelling amphibian, proteus anguinus has pale coloured skin because of less Pigmentation. � When it is brought in to sunlight the skin colour turns dark over a Period of time.

Effect of light on direction and rate of movement

INTERMEDIATE

s p e c i a l J U N I O R

� Response shown by an organism to

changes in light is called Photoresponse. � The major Photoresponse of motile organisms in club.

Phototaxis � Phototaxis is oriented locomotor movement of an organism towards/ away from the direction of light as seen in euglenas (Positive response), Cockroaches (negative response) Photokinesis � Photokinesis is the influence of light on non-directional movement of organisms as seen in the larvae of Pinnotheres maculatus the mussel crab, in which intensity of light influences the velocity of the movement of the organism.

Photo tropism � The orientation to light of a nonmotile organism such as a plant /plant part is called phototropism.

Eg: The growth mediated bending of plants towards sunlight is due to phototropism. � Influence of light on vision & Behaviour � Light is essential for vision, to procure food, self protection identification and selection of mate for sexual reproduction. � Light also influences the behaviour of organisms. � Some animals are active during the day time are called Diurnal animals.

Eg: Majority of birds, reptiles, mommales. � Some animals are active during night time are called Nocturnal animals.

Eg: Earthworms, cockroaches, etc. � Effect of light on metabolism � The intensity of light influences the rate of metabolism in animals. � At lower intensities of light the rate of metabolism slowed down, where as in higher intensities it increases. � Effect of light on biological rhythms � By definition rhythm is a change that is repeated with similar pattern in a time frame. � In the bodies of organisms many

behavioural activities are repeated at regular intervals and these are called biological rhythms. � Biological rhythms that occur in a time period of 24 hours are circadian rhythms. If the biological rhythms repeat annually (every year), they are called circannual rhythms. � They are controlled by ‘biological clocks’ present in many living organisms. � Light has a role in setting/resetting the biological clocks. � Effect of photoperiod on animals (Photoperiodism) � The duration of the light hours/exposure to light in a day is known as photo period. The response of organisms for the photoperiod is called photoperiodism. � The response to photoperiod often centers on reproduction and survival (Production of Flowers, the migration of birds etc...) � The specific day length which is essential for the initiation of seasonal events is called ‘critical photo period’. � The length of critical photoperiod is not the same in all the species, it varies from species to species and also within the same species inhabiting at various latitudes.

Eg: When winter scents in siberia, the light available time period in a day decreases, and so some birds migrate all the way to the new feeding and breeding grounds in various parts of India. � When it is summer time back in siberia, they migrate back to their homeland.

Note: Exposure of young fowls in poultry to more lighted hours in a day induces speedy maturity and the egg/ laying process. It is familiar example to most of us.

Bioluminescence � Production of light by certain living organisms is called bioluminescence. � The light emitted by living organisms is devoid of infra red ray’s and so it is called ‘cold light’.

Eg: Some jelly fishes (cnidarian), chaetopterus (annelida), firefly (arthropoda), squid (mollusc), pyrosoma (proto chordata) and some fishes. � It is believed to influence life in the dark habitate by providing intra specific communication, sexual attraction, attracting the prey, sending protective warning signals, etc.

Effect of UV Rays � The short wave lengths of light ranging from 100 nm to 380 nm are called Ultraviolet rays. � UV radiation is classified in to three categories. They are.. a. UV-C light- 100 nm to 280 nm b. UV-B light- 280 nm to 320 nm

Modala Mallesh Subject expert Palem, Nkrekal Nalgonda 9989535675

c. UV-A light- 320 nm to 380 nm � UV radiation kills the micro organisms present on the body surfaces of animals. � UV radiation helps in the conversion of sterols present in the skin in to vitaminD in animals. � Compared to UV-A ray’s UV-B & C ray’s are more harmful to organisms.

NEET Practice bits 1. Plants depend on sunlight to meet their photoperiod requirement for?

1) Fruiting 2) Flowering 3) Foliage 4) Formation of annual rings 2. The cave dwelling amphibian is?

1) Anguilla anguilla 2) Amoeba proteus 3) Proteus anguinus 4) Hilsa ilisha 3. In pinnotheres maculatus, the intensity of light influences the velocity of the movement of organisms this influence is called?

1) Photo taxis 2) Photo kinesis 3) Photo tropism 4) Photoperiodism 4. Identify the nocturnal animals from below organisms.

1) Cockroaches 2) Birds 3) Reptiles 4) Mammals 5. At high intensity of light, the rate of metabolism?

1) Increases 2) Decreases 3) Normal 4) Stops metabolic activities 6. Biological rhythms are controlled by?

1) Hormones 2) Pituitary gland 3) Biological clocks 4) Central nervous system 7. Bioluminescence is considered as cold light because...

1) This devoid of infrared light 2) Due to UV radiation 3) Due to spectrum of light 4) Due to infrared radiation 8. One of the physical factor is?

1) Oxygen 2) Carbon dioxide 3) Water 4) Light

key

1-2 , 2-3, 3-2, 4-1, 5-1, 6-3, 7-1, 8-4, 9-1, 10-1, 11-4, 12-2, 13-3,

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 4,  2018- 

Write a short note on the discovery of neutron?

ATOMS & NUCLEI

INTERMEDIATE s p e c i a l S E N I O R

 

   9700724464

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A=2, M=26 and Z=52, then BET=?

CODING - DECODING

For All Competitive exams

K. Kumar Sr. Faculty,

Hyderabad 94929 56214

ANSWERS 1) b 7) c 13) b 19) b 25) b

2) a 8) d 14) d 20) c 26) d

3) c 9) a 15) b 21) c 27) d

4) a 10) b 16) b 22) a 28) b

5) a 11) a 17) c 23) b 29) b

6) b 12) a 18) b 24) c

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 5,  2018- 

� �  8 , � ?



   K. Nagaraju Sr. Faculty Kodad Suryapeta (District)

20

ANSWERS 1) c 7) b

2) b 8) d

3) d 9) c

4) c 5) c 6) b 10) b 11) d

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 5,  2018- 

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Prove that 2AB = 2AC + BC 2

SIMILAR TRIANGLES

2

2

10th Class Maths

K. Kumar Sr. Faculty,

Hyderabad 94929 56214

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 6,  2018- 

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32.     ?

1) �� � 2) � � 3) �� � 4)  33.          ?

1) � 2) � 3)  4) �  34.            350(B) .         ?

1) 5 ��  2) 6 �� 

3) 7 �� 

4) 8 ��  35. Proclamation of Emergency              ,          ?

1) 42 ��  2) 44 ��  3) 41 ��  4) 45 ��  36.     ?

1) 122 ��  2) 123 ��  3) 124 ��  4) �

     ?   

1.        ?

1)  � 2)  � 3) ,  �� 4) � 2.         ? . ��� �� 246(A), 269(A), 279(A)  � .  ,    . ���  268(A) �� 1)   2) ,   3)  4) � 3.        ? . � � � �  . � � . � �  11, 12 � . ��  1) , ,  2) , ,  3) , ,  4)  4.   ,     ? . 97 ��  1. �  �  � . 99 ��  2. � �   . 89 ��  3.     . 74 ��  4. � �� �� 1) -1, -2, -3, -4 2) -2, -1, -3, -4 3) -2, -1, -4, -3 4) -3, -4, -1, -2 5. 123    ?

1) �    ��  2) � �  ��  3) � ��  �� 4) � 6.   33       ?

1) 108 ��  2) 104 ��  3) 110 ��  4) 111 ��  7.  ,         ?

1) 85 ��  2) 83 ��  3) 92 ��  4) 77 ��  8.        ?

1) �  2) ��� 11 � 3) ��� �� � 4) ��� �� �

9.   ‘  ’  ?

1)  � �   �� 2/3  � 2) 2/3 �   ��   �  3) � ��      � 4) 1, 2 10.       ? .  73 .  162   362 .  241 1) ,  2) ,  3) ,  4) 

   11.      ? . ��   �  ��  . ��   �     . ��   �   � � . ��   � � � �  1) ,  2)   3) ,  4) , ,  12.    Repeal ?

1) � 2) � 3)  � ��  � ��   4)  13.     73       ?

1) 1993,  24 2) 1993, � 1 3) 1993,  14 4) 1993,  20 14. 86     ?

1) � �  � �  2) 6-14 � �   �  3) 6-14 � � �   / � 4)  15.    ‘    ’   ?

1) ��  - 68 2) �� - 69 3) �� - 67 4) �� -66 16.   ,     . . 74 ��  1. 11 � . 21 ��  2. 12 � . 52 ��  3. 9 � . 73 ��  4. 10 � 1) -1, -2, -3, -4 2) -2, -3, -4, -1 3) -4, -3, -2, -1 4) -2, -2, -1, -4

17. 42     ? .  � � . ��� � ��  . �, �  .   ��� � 1) ,  2) ,  3) ,  4)  18.        ?

1) 95 ��  2) 96 ��  3) 97 ��  4) 98 ��  19. 91    ? .     �  � 15 � � .  �    12 � 1)  2)  3) ,  4) � 20.    13  ‘’          ?

1)  ��  2) � �  3) ��  4) � �  21. 2018,  1     ?

1) 123 2) 101 3) 122 4) 124 22.      368    ?

1)  2)  3) � 4)  23.         368    . ? . �   ��� ,   � .  ��  � .  13� �   � �, ��  � � . �  ��  (� � �) �� � ���  �  .  ��� �, �,  � �    .  4, 5 � , �� , � �� � � �  � ?

1)  � 2) � 3) � � 4) � 24.      62  65       ?

1) 112 ��   2) 114 ��   3) 113 �   4) 115 ��   25. ,               ?

1) 11 ��  2) 12 ��  3) 13 ��  4) 10 �� 

 

8008356825 26.       ?

1) 1 �� � 2) 44 ��  3) 42 ��  4) � 27. 1978  44        ?

1) � 2) � � 3) � 4) � 28. 1972 42       ?

1) �� 2) � 3)  4)  29. 97       ?

1) - � 2) �  � 3) �   4) � 30.       . . ��� �� 31(A), 31(B)  � . � �� � ��  . � �� ��  . � ��    60  62   1) , , ,  2) , , ,  3) , , ,  4) , , ,  31.  ,     . . 92  1. � ��  � 1991 ��   2001 ��  �� � . 95  2. ,     . 89  3. , , �   2020   . 87  4. ��, �, , � � ��  1) -1, -2, -3, -4 2) -4, -3, -2, -1 3) -3, -4, -1, -2 4) -4, -3, -1, -2 1-3, 7-4, 13-1, 19-3, 25-1, 31-2,

2-1, 8-2, 14-4, 20-2, 26-3, 32-4,

 3-3, 9-4, 15-2, 21-1, 27-3, 33-2,

4-2, 10-4, 16-2, 22-2, 28-4, 34-3,

5-1, 11-2, 17-4, 23-2, 29-2, 35-2,

6-1, 12-3, 18-2, 24-2, 30-1, 36-1

10

 6,  2018- 

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Indian Post Payment Banks launched � Indian Prime Minister Narendra

Modi has launched India Post Payments Bank in Delhi. 650 branches are now active with 3250 access points. 1.55 lakh access points will be active by Dec 2018.

IPPB will provide simplicity in banking services. It will ensure the

goal of banking the unbanked is achieved. There are close to 50,000 bank branches in rural India. Now there will be new 1.55 lakh branches or access points that will be a game changer in banking Industry. PM also released a postal stamp on the occasion.

Chief Justice of India is appointed by?

Current Affairs 1) Which of the following is true about Dhyan Chand?

1. His birthday, August 29th is celebrated as National sports day 2. He is also known as ‘The Wizard’ or ‘The Magician’ 3. He is associated with Foot Ball 4. He was awarded Padma Bhushan in 1956 a. Only 1, 2, 3 are true b. Only 1, 3 are true c. Only 1, 2, 4 are true d. 1, 2, 3, 4 are true 2) The Union Government has constituted 21 member Science and technology council to advise Prime Minister on issues related to science and Technology and innovations, it will be headed by? a. V.K.Saraswath b. Satheesh Reddy c. Radha Swamy d. Vijay Raghavan 3) Which of the following countries is/are not part of BIMSTEC? 1. Nepal 2. Bhutan 3. Afghanistan 4. Pakistan 5. Myanmar a. Only 1, 3, 4 b. Only 3, 5 c. Only 3, 4 d. Only 3, 4, 5 4) Which of the following country/countries are part of BIMSTEC and SAARC? 1. Bangladesh 2. India 3. Afghanistan 4. Nepal 5. Bhutan 6. Srilanka 7. Pakistan a. Only 1, 2, 3, 4, 7 b. Only 2, 4, 6, 7 c. Only 1, 2, 4, 5, 7 d. Only 1, 2, 4, 5, 6 5) Choose the correct answer?

1. MPLADS 21st review meeting was held on 30th August, 2018 2. MPLADS was a scheme launched in 1993 3. Under MPLADS at present every year MPs will get Rs 2 crore for developmental activities in his/her constituency 4. Under MPLADS at present every year MPs will get Rs 5 crore for developmental activities in his/her constituency 5. Under MPLADS, an MP is allowed to spend Rs 10 lakh in any other constitution a. Only 1, 2, 3, 5 b. Only 1, 2, 4, 5 c. Only 1, 2, 3 d. Only 1, 2, 5 6) Human Resource Development Ministry launched innovative cell to systematically foster the culture of innovation in….? a. Play Schools b. Private institutes c. Higher Education Institutes d. All the above 7) Which of the following organizations, recently launched a new initiative known as Navlekha? a. Google b. Infosys c. Face book.inc d. Microsoft 8) Which of the following state, recently has made that marriage certificate

Leaders adopt Kathmandu Declaration � The 4th BIMSTEC Summit has been

successfully concluded in Kathmandu, the capital of Nepal. The Prime Minister of Nepal K.P. Sharma Oli presented draft Kathmandu declaration which was unanimously adopted by the all member states. KP Oli said that collective wisdom, thought and vision on the goal of peaceful, prosperous and sustainable Bay of Bengal region is eloquently captured in the Kathmandu declaration. A MoU was also signed on establishment of BIMSTEC Grid Interconnection to enhance energy cooperation among the member states.

For All

Competitive exams

mandatory for official works? a. West Bengal b. Odisha c. Karnataka d. Meghalaya 9) Match the following Asian Games and Venues 1. 2014 a. China 2. 2018 b. Japan 3. 2022 c. Indonesia 4. 2026 d. South Korea a. 1-a, 2-c, 3-d, 4-b b. 1-a, 2-c, 3-b, 4-d c. 1-d, 2-c, 3-a, 4-b d. 1-d, 2-c, 3-b, 4-a 10) Match the following, Countries and Medals in the 18th Asian Games?

1. India a.205 2. China b.98 3. Japan c.69 4. South Korea d.289 5. Indonesia e.177 a. 1-c, 2-d, 3-a, 4-e, 5-b b. 1-c, 2-a, 3-d, 4-e, 5-b c. 1-c, 2-d, 3-a, 4-b, 5-e d. 1-c, 2-d, 3-b, 4-e, 5-a 11) Match the following, persons and their participation in Asian Games-2018?

1. Flag bearer during opening ceremony (India) a. PV Sindhu 2. Flag bearer during closing ceremony (India) b.Rahi Sarnobat 3. First Indian woman to win gold in shooting in Asian Games c. V.K.Yadav 4. First Indian boxer to win medal in 3 consecutive Asian Games d. Neeraj Chopra 5. First Indian to reach final in Shuttle singles in Asian Games e. Rani Rampal a. 1-c, 2-b, 3-d, 4-e, 5-a b. 1-d, 2-e, 3-b, 4-c, 5-a c. 1-d, 2-b, 3-e, 4-c, 5-a d. 1-e, 2-b, 3-d, 4-c, 5-a 12) Assertion: United States decides to cancel 300 million dollars military aid to Pakistan

Reason: Pakistan has failed to take action against Terrorist groups a. Both A and R are true, and R is the correct explanation of A b. Both A and R are true, but R is not the correct explanation of A c. A is true, but R is false d. A is false, but R is true 13) Assertion: Union Government wants to achieve Financial Inclusion Reason: Union government has launched Indian Post Payment Banks on 1st September a. Both A and R are true, and R is the correct explanation of A b. Both A and R are true, but R is not the correct explanation of A c. A is true, but R is false d. A is false, but R is t rue 14) Indian post opened its first ATM on 27th February 2014 in…? a. Mumbai b. Kolkata c. Hyderabad d. Chennai 15) Moving On, Moving Forward : A Year in Office, a book written by?

A. Rajiv Mehrishi (CAG) B. Ramnath Kovind C. Venkaia Naidu D. O.P.Rawat 16) IOWave18, term is in news in recent times, it is….? a. A new Soft ware to detect movement of waves b. Tsunami Mock exercise c. A special satellite, to be launched to detect movement of waves on earth d. Peace mock exercise of various countries 17) Chief Justice of India is appointed by? a. Supreme Court Collegium b. NJAC c. Prime Minister on the advise of Law Minister, and Sitting Supreme Court chief Justice d. President of India 18) In the first week of September, 2018, President of India visiting which of the following countries?

1. Cyprus 2. Uganda 3. Bulgaria 4. Czech Republic 5. Maldives a. Only 1, 2, 4 b. Only 3, 4, 5 c. Only 1, 3, 4 d. Only 1, 2, 4,5 19) Observe the following sentences 1. Ikke Rikako, had been declared as the most valuable player in the recently concluded Asian games 2. Ikke Rikako belongs to China 3. Ikke Rikako is a Japanese Player 4. Ikke Rikako is the first female athlete to win Most valuable title 5. Ikke Rikako had won six gold and two silver medals Which among the above are true a. 1, 2, 4, 5 b. 1, 3, 4, 5 c. 3, 4, 5 d. 2,3,4,5 20) Which of the following districts of Telangana were selected for national award for implementing MGNREGA in an efficient way?

1. Rangareddy 2. Vikarabad 3. Komurambheem Asifabad

V. Rajendra Sharma Faculty 9849212411 4. Kamareddy a. 1, 4 b. 2, 3 c. 1, 3 d. 2, 4 21) As per latest report of RBI, which of the following is the top source of foreign direct investment (FDI) into India in 2017-18? a. Singapore b. USA c. Mauritius d. Japan 22) Assertion: Spain’s prime minister has proposed a referendum on whether Catalonia should be given greater autonomy Reason: A political crisis erupted when the Catalan government attempted a unilateral declaration of independence a. Both A and R are true, and R is the correct explanation of A b. Both A and R are true, but R is not the correct explanation of A c. A is true, but R is false d. A is false, but R is true 23) Assertion: The Reserve Bank of India has tightened the banking ombudsman scheme Reason: At present only government offices having the Ombudsman scheme a. Both A and R are true, and R is the correct explanation of A b. Both A and R are true, but R is not the correct explanation of A c. A is true, but R is false d. A is false, but R is true 24) HOPE is a Mars mission of which of the following country? a. Europe b. Spain c. UAE d. Israel 25) In the last week of August, India and Pakistan resumed talks on Indus water treaty, which of the following is true about Indus-Water treaty?

1. Indus water treaty was signed between India and Pakistan in 1960 2. Indus water treaty was signed among India, Pakistan and Afghanistan in 1950 3. As per treaty India gets control over Beas, Ravi, Sutlej 4. As per treaty Pakistan gets control over Indus, Chenab, Jhelum a. Only 2,3, 4 are true b. Only 1, 3, 4 are true c. Only 1 and 3 are true d. Only 3 and 4 are true

ANSWERS 1-c

2-d

3-c

4-d

5-b

6-c

7-a

8-d

9-c

10-a

11-b

12-a

13-a

14-d

15-c

16-b

17-d

18-c

19-b

20-d

21-c

22-a

23-c

24-c

25-b

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7

 7,  2018- 

A comma is usually not placed...

1. The game, if it could be called a game, was not elaborate. The word that gives the opposite meaning to the underlined word is...

1) detailed 2) mysterious 3) brief 4) ambiguous 2. Identify the linker that is used for indicating addition.

1) at the same time 2) further more 3) thus 4) hence 3. Vinod tried all plans Make it a negative sentence without changing its meaning.

1) He never tries all plans 2) He planned no plans 3) He left no plan untried 4) He untried all plans 4. The poor girl looked........ and.......... choose the appropriate words to fill in the blanks 1) miserably, unhappily 2) miserable, unhappily 3) miserably, unhappy 4) miserable, unhappy 5. The little boy strode imperiously up and down. The meaning of the underlined word is...

1) Politely 2) humbly 3) respectfully 4) Proudly 6. Match the underlined words in column-A with their parts of speech in column-B column-A column-B A. Do not speak like that P. Verb B. I would like to take coffee Q. Adjective C. They are men of like build and R. Preposition stature D. I shall never find the like of him S. Noun again 1) A-S, B-P, C-R, D-Q 2) A-S, B-P, C-Q, D-R 3) A-R, B-P, C-S, D-Q 4) A-R, B-P, C-Q, D-S 7. The scenery of kashmir is more beautiful than Telangana. The underlined part can be improved by replacing it with...

1) Than that of 2) That those of 3) Than most of 4) No improvement is needed 8. This is no good ......... children for their poor grades. Fill in the blank with suitable word.

1) abuse 2) abuseing 3) abused 4) to abuse 9. Identify the incorrect pair from the following.

1) Wind - Wound 2) Shear - Sheared 3) Swear - Swore 4) Sink - Sank 10. Your talk will definitely displease my parents. The passive form of this sentence is...

1) My parents will definitely be displeasing by your talk 2) My parents will be definitely displeased by your talk 3) My parents will be definitely displeasing with your talk 4) MY parents will definitely be displeased with your work 11. Identify the sentence with an Adverb clause of Time.

1) If it rains, I shall stay at home 2) I spoke to his brother as he was not there 3) Apply the brakes as I give you the signal 4) Go quickly lest you should miss the train 12. To change the verb ‘Comprehend’ into an Adjective, We use the suffix 1) ...sion 2) ...ible 3)...able 4) ...ing 13. If you multiply zero by two .......

Choose the remaining part of the sentence to make it a full sentence.

1) You will get zero 2) You get zero 3) you may get zero 4) you would get zero 14. Sanvi always goes.... school..... bus, but today She is going .... her father’s car.

Fill in the blanks with appropriate prepositions.

1) to, in, in 2) to, by, by 3) to, in, on 4) to, by, in 15. Match the following words in columnA, with their meaning in Column-B Column-B Column-A A. Unintelligible P. Incapable of being wounded B. Inevitable Q. Incapable of being understood C. Invulnerable R. Incapable of being read D. Illegible S. Incapable of being avoided 1) A-R, B-P, C-S, D-Q 2) A-Q, B-S, C-R, D-R 3) A-Q, B-S, C-P, D-R 4) A-S, B-Q, C-P, D-R 16. I never hesitate in Calling a spade a spade. The meaning of the underlined idiom is....

1) To abuse 2) To flatter 3) To talk bluntly 4) To end old enmity 17. Read the following three words A. forfeit B. fulfil C. maneuver Now choose the correct option regarding spelling 1) Only C is correct 2) Only B is incorrect 3) only A is incorrect 4) All are correct 18. Srinu said to Lavanya. You are very intelligent aren‘t you.

The reported form of this sentence is...

For all competitive

exams 1. Srinu advised Lavanya to be very intelligent 2. Srinu exclaimed that Lavanya was very intelligent 3) Srinu asked Lavanya whether she was very intelligent 4) Srinu asked Lavanya if she was very intelligent, wasn’t she?

19. The price of the television is not all that high.

The meaning of the sentence is ....

1) The price of the television is not high 2) The price of the television is not high compared to other televisions 3) The price of the television is very low 4) 1) The price of the television is not as high as it was believed to be 20. Fill in the blanks with correct form of verbs. we........... to our new house before the rains.........

1) Shift, begin 2) Will shift, will begin 3) Shift, will begin 4) Will shift, begin 21. Choose the grammatically correct sentence: 1) I had rather go than to wait 2) You had better to work than sit idle 3) they would sooner die than to surrender 4) We had better sit here than stand 22. He would sooner die than tell a lie, The positive form of this comparative degree is...

1) He would not tell a lie as die 2) He would not die as soon as lie 3) He would not as soon tell a lie as die 4) He would not as soon die as tell a lie 23. Read the following parts of the sentence.

A. a teacher to this illiterate locality B. if the death of the grand mother C. then the headmaster offered to send D. to ascertain from the boys neighbours E. was a fact Now arrange the above in correct to make a meaningful sentence 1) ADCEB 2) ACDBE 3) CADBE 4) CDABE 24. Supply the suitable Relative Pronoun.

I stayed with my grand mother .............. cooking was the best in the

CH. SRINIVAS Subject Expert polampally, Thimmapur Karimnagar world.

1) Whom 2) Who 3) That 4) Whose 25. The police will leave no stone unturned to discover the murderer.

The meaning of the underlined idiomatic expression is.....

1) turn every stone 2) investigate thoroughly 3) be indifferent 4) Make no excuse 26. Read the following four parts of sentence. Identify the part that has an error in it.

Everybody know that his failure can (A)/ be attributed to (B)/ his lack of practice.

(C)/ No Error (D) 1) D 2) C 3) A 4) B 27. Add the right prefix to the word ‘used’ choosing from the options given below: 1) ...in 2)...dis 3) ...ill 4) ...non 28. The sound of the lion is ‘roar’. The sound of the pig is..............

1) bray 2) chatter 3) neigh 4) grunt 29. Identify Mr. Amit’s response.

Sanvi: coffee?

Mr. Amit: .......

1) Yes, thanks. I don’t like coffee 2) Yes, I am sorry 3) No, thanks. I don’t drink coffee 4) Thank you. I don’t drink coffee 30. Didn’t your brother visit London last year? Identify the correct response to the above question.

1) Yes, he did 2) No, he did 3) Yes, he did not 4) Yes, he had not 31. Identify the latter part of the sentence given.

I have written a complaint........

1) With ink 2) by ink 3) in ink 4) through ink 32. A comma is usually not placed ..........

1) after a Nominative Absolute 2) before a Participle 3) before the word preceded by ‘and’ 4) after apposition 33. After promotion, She started to............ the people she used to work with.

Fill in the blank with suitable phrasal verb 1) Look into 2) Look out 3) Look down on 4) Look up

Answers

1. 3 7. 1 13. 2 19. 4 25. 2 31. 3

2. 2 8. 2 14. 4 20. 4 26. 3 32. 3

3.3 9. 4 15. 3 21. 4 27. 2 33. 3

4. 4 10. 4 16. 3 22. 3 28. 4

5. 4 11. 3 17. 3 23. 3 29. 4

6. 4 12. 2 18. 3 24. 4 30.1

10

 7,  2018- 

 - -  1.

2.

3.

4.

   �� 2, 3, 8 �.   � � � �.   ,    .

1 �   3  � 3� �� 1    .

5.   3 ��  0 � 1 .

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6. 1 �     � 4 � � 4� �  1 .

7.   3� �  2      �.

8.   4� � 2 � 3      �.

9. n      2n    �.

10.    �� 0     �� 0 .

   ? 

 

 � ��� � �     �. : 4, 9, 16, 25,....... �     = 4 � 1       �. n2 ��    (n≠1). �

 : �

     , � � �      �.

: 3, 6, 10, 15, 21,........    �. �        . : 3+6 = 9 ——> 9 = 32 15+21 = 36 ——> 36 = 62 � n(n+1)/2 ��     (n≠1). �     3.

  :

  ��� � �     �. : 6, 8,10, ...... �     6.  : ��   , � �    �  � . : 121, 12321, 1234321, ..........  ���  �  � 11 �. �

:

  � �   �    �. : 6  = 62 = 6x6 = 36 8  = 82 = 8x8= 64 :    ���  �� ,  ���  � �.  √16= √(4x4) = 4 �   �   �� �. �   � � �� .

� �

 �  �� .   �  �� .

 :

   � , -4 � � �  �.  : √100 = 10 � � = +10   n     n   n/2  �. n   (n+1)/2  �. : �   � 10   � � � 10/2 = 5  �. �  � 9   � �� (9+1)/2 = 5  �.

1  9   �  ��  �    �� 1 � 9  �  �  �� 1 . �    �� 2 � 8  � �  �� 4 . �    �� 3 � 7  �    �� 9 . �    �� 4 � 6  �    �� 6 . �    �� 5  �    �� 5 .   : �    � ��� � �  � �   �.  1, 4, 9, 1, 25,.............

  1.     ? . 16 . 25 . 36 . 23 2.     ? . 17 . 21 . 64 . 37 3.     .. . 6 . 7 . 9 . 11 4.     ? . 7 . 9 . 15 . 12 5.    ... . 1234 . 123421 . 1234321 .  6.      ? . 19 . 16 . 34 . 20 7. (n(n+1))/2    ? .   .   .    . ��  8. n2    ? .   .   .    . ��  9.     ? . 14 . 29 . 65 . 20

10. 368x12+18x368 = . 11040 . 11046 . 11060 . 11000 11. 79x4319+4319x11 = . 380710 . 388700 . 388710 . 38000 12.      . 180 . 9 . 16 . 20 13.      ? . 21 . 15 . 18 . 26 14.      ? . 6 . 24 . 60 . 9 15.  (10-8)  10          ? . 2 . 18 . 10 . 8 16.    12    1.   10       ? . 20 . 22 . 12 . 2 17.    ? . 36 . 25 . 49 . 63 18.     ? . 10 . 9 . 6 .3 19.      ? . 60 . 32 . 120 . 240 20. 59     ? . 60 . 58 . 57 . 59 21. 32  , 28   ? . 29 . 30 . 28 . 31 22.       ? . N . W . Z . Q 23.   ? . Z . Q . N . W 24.     ,  ? . 9800 . 9806 . 9600 . 9900 25.   66   ? . 67 . 65 . 66 . 64 26.    ? . 55 . 45 . 0 . 100 27.    ? . 6 . 3 . 10 . 15 28.    ? . 25 . 16 . 9 . 4 29.    ? . 1 . 0 . 2 . � 30. 10  ? . 3 . 66 . 55 . 36 31.     ? . 180 . 19 . 18 . 60 32. 92, 102       ? . 18 . 20 . 19 . 24 33.    . . (3, 4, 6) . (3, 4, 7) . (3, 4, 5 ) . (1, 4, 3) 34. 720         ? . 5 . 4 . 6 . 3 35. 3645        ?

 

   , ,  9441022571 . 5 . 4 . 6 . 3 35. 4000         ? . 31 . 23 . 39 . 37 36.    1296  ,   16    ? . 9, 144 . 9, 143 . 3, 48 . 2, 32 1- 7- 13- 19- 25- 31-

2- 8- 14- 20- 26- 32-

 3- 9- 15- 21- 27- 33-

4- 10- 16- 22- 28- 34-

5-  11- 17- 23- 29- 35-

 

6- 12- 18- 24- 30- 36-

 6.     3, 6, 10 �  = 3+6+10 = 19 9.      = 4+9+16 = 29 10. 368x12+18x368 = 368(12+18) = 368x30 = 11040 11. 79x4319+4319x11 � = 4319(79+11) = 4319x90 = 388710 12.      = 3x6x10 = 180 13.      = 1+2+3+4+5 = 15 14.       = 2x3x4 = 24 19.      .

1x2x3x4x5 = 120 20.  = (60+58)/2 = 59 21. 32   = 33 28 �  = 27 � = (33+27)/2 = 30 24.     = 99 � = 100 �� = 98  = 100x98 = 9800 25. 66    = 66 32. n2= 92      = 2n = 2(9) = 18 36.  x, 16x x(16x) = 1296 x2 = 1296/16 = 81 x =9  9, 144

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 8,  2018- 

Prove that �5-2�7is irrational?

CHAPTER - 1 REAL NUMBERS

10th Class Special

B.Laxminarayana

4 MARKS QUESTIONS

Maths Senior Faculty Hyderabad 9849386253

2 MARKS QUESTIONS

Multiple choice questions

Answers - 1-c, 2- b , 3-d

10

 8,  2018- 

The forest Ecosystems � The two important types of forests seen in India are a) tropical rain forest b) tropical deciduous forests The Grassland Ecosystems � These are present in Himalayan region in India � They occupy large areas of sandy & saline soils in western Rajasthan.

Desert Ecosystems � The areas having less than 25 cm rainfall per year are called deserts.

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� They have characteristic flora & fauna. � The deserts can be divided in to two types- hot type

& cold type deserts. � That desert in Rajasthan is the example for hot type desert. � Cold type desert is seen in Ladakh.

Artificial Ecosystem � These are man made ecosystems such as a agricultural/ agro-ecosystems. � They include cropland ecosystems, aqua culture ponds & aquaria.

The smallest aquatic ecosystem is..?

ECOLOGY

Ecosystem & Their components � An ecosystem is a functional unit of nature, where living organisms interact among themselves & also with the surrounding physical environment. � Ecosystem varies greatly in size from a small pond to a large forest / a sea. � Many ecologists regard the entire biosphere as a global ecosystem, as a composite of all local ecosystems on Earth. � Since this system is too big & complex to be studied at one time, it is convenient to divide it in to two basics categories, namely....

I. Natural Ecosystem II. Artificial Ecosystem Natural ecosystem � These are naturally occurring ecosystems & there is no role of humans in the formation of such types of ecosystems. � These are categorized mainly in to two types 1. Aquatic Ecosystems 2. Terrestial Ecosystems Aquatic Ecosystems � Based on the salinity of water, three types of aquatic ecosystems are identified a) The Marine Ecosystem b) Estuarine Ecosystem c) The Fresh water Ecosystem The Marine Ecosystem � It is the largest of all the aquatic ecosystems. � It is the most stable ecosystem Estuarine Ecosystem � Estuary is the zone where river joins the sea � Sea water ascents up in to the river twice a day (effect of high tides & low tides). � The salinity of water in an estuary also depend on the seasons. � During the rainly season out flow of river water makes the estuary less saline & opposite occur during the summer. � Estuarine organisms are capable of with standing the Fluctuations in salinity.

The Fresh water Ecosystem � The fresh water ecosystem is the smallest aquatic ecosystem. � It includes rivers, lakes, ponds etc. � It is divided into two groups ..... i) Lentic Ecosystems ii) Lotic Ecosystems � The still water bodies like ponds, lakes, reservoirs etc. fall under the category of lentic ecosystems. � Where as, streams, rivers & flowing water bodies are called Lotic ecosystems. � The communities of the above two types are called Lentic & Lotic communities respectively.

� Here the rate of photosynthesis is equal

I NTERMEDI ATE s p e c i a l J U N I O R

� The study of fresh water ecosystem is

called limnology.

Lake Ecosystem � To understand the fundamentals of an aquatic ecosystem, let us take a lake as an example. � This is fairly a self- sustainable unit & rather a simple example that explains even the complex interactions that exist in an aquatic ecosystem. � Lakes are large inland water bodies containing standing/still water (Lentic community) � They are deeper than ponds (pond is not an ideal example as it is very shallow). � Most lakes contain water through year. � In deep lakes, light cannot penetrate more than 200 meters, in depth. � They are vertically stratified in relation to light intensity, temperature, pressure etc. � Deep water lakes contain three distinct zones namely. a) Littoral zone b) Limnetic zone c) Profundal zone Littoral zone � It is the shallow part of the lake closer to the shore. � Light penetrates up to the bottom. � It is 'euphotic' (having good light) � has rich vegetation & higher rate of photosynthesis, hence rich in oxygen.

Limnetic zone � It is the open water zone away from the shore � It extends up to the effective light penetration level, vertically. � The imaginary line that separates the limnetic zone from the profundal zone is know as zone of compensation/ compensation point/ light compensation level. � It is the zone of effective light penetration.

to rate of respiration. � Limnetic zone has no contact with the bottom of the lake.

Profundal zone � It si the deep water area present below the limnetic zone & beyond the depth of effective light penetration. � Light is absent. � Photo synthetic organisms are absent & so the water is poor in oxygen content. � It includes mostly the anaerobic organisms which feed on detritus. � The organisms living in lentic habitate are classified into pedonic forms, which live at the bottom of the lake & those living in the open waters of lakes, away from the shore vegetation are known as limnetic forms.

Biota of the littoral zone note: Biota-animal & plant life of a particular region � Littoral zone is rich with pedonic flora (especially up to the depth of the effective light penetration). � At the shore proper emergent vegetation is abundant with firmly fixed roots in the bottom of the lake & shoots & leaves are exposed above the level of water. These are amphibian plants. � Certain emergent rooted plants of littoral zone are the cattails (typha), bulrushes (scirpus), arrowheads (sagittaria). � Slightly deeper are the rooted plants with floating leaves, such as the water lilies (Nymphaea), Nelumbo, Trapa etc. � Still deeper are the submerged plants such as Hydrilla, Chara, Potamogeton etc. � The free floating vegetation includes pistia, wolffia, lemna (duckweed), Azolla, Eichhornia etc. � The Phytoplankton of the littoral zone composed of diatoms (coscinodiscus, Nitzschia etc), green algae (volvox, spirogyra), Euglenoids (Euglena, Phacus), & dinoflagellates (Gymnodinium, Cystodinium). � Animals, the consumers of the littoral zone, are abundant in this zone of the lake. � These are categorized in to zooplankton, neuston, necton, periphyton & benthos. � The zooplankton of the littoral zone consists of 'water fleas' such as Daphnia, rotifers & Ostracods. � The animals living at the air water interface constitute the neuston. They are of two types. epineuston & hyponeuston. � Water striders (Gerris), beetles, water bugs (Dineutes) form the epineuston/super neuston & the hypo neuston/infraneuston includes the larvae of mosquitoes. � The animals such as fishes, amphibians, water snakes, terrapins, insects like

Modala Mallesh Subject expert Palem, Nkrekal Nalgonda 9989535675

water scorpion (Ranatra), back swimmer (Notonecta), diving beetles (Dytiscus), capable of swimming constitute the nekton. � The animals that are attached to/creeping on the aquatic plants, such as the water snails, nymphs of insects, bryozoans, turbellarians, hydras etc, constitute the periphyton. � The animals that rest on/move on the bottom of the lake constitute the benthos.

Eg: red annelids, chironomid larvae, crayfishes, some isopods, amphipods, clams etc.

Biota of the limnetic zone � Limnetic zone is the largest zone of a lake. � It is the region of rapid variations of the level of the water, temperature, oxygen availability etc, from time to time. � The limnetic zone has autotrophs (Photosynthetic plants) in abundance. � The chief autotrophs of this region are the phytoplankton such as the euglenoids, diatoms, cyanobacteria, dinoflagellates & green algae. � The consumers of the limnetic zone are the zooplanktonic organisms such as the copepods. � Fishes, frogs, water snakes etc, from the limnetic nekton.

Biota of the Profundal zone � It includes the organisms such as decomposers (bacteria), chironomid larvae, chaoborus (Phantom larvae), red annelids, clams etc, that are capable of living in low oxygen levels. � The de composers of this zone de compose the dead plants & animals & release nutrients which are used by the biotic communities of both littoral & limnetic zones. � The lake ecosystem performs all the functions of any ecosystem & of the biosphere as a whole i.e., conversion of inorganic substances into organic material, with the help of the radiant solar energy by the auto trophs. � Consumption of the autotrophs by the heterotrophs, decomposition & mineralization of the dead matter to release them back for reuse by the autotrophs (recycling of minerals).

The Terrestrial Ecosystems � The ecosystems of land are known as terrestrial ecosystem. � Some examples of terrestrial ecosystems are the forest, grassland & desert.

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State Gauss law in electrostatics? short answer questions

P SRINIVAS physical science

I NTERMEDI ATE s p e c i a l S E N I O R

Hyderabad

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 9,  2018- 

33.   BIMSTEC   ?

1) � 2) � 3) �� 4) � 34. 2015      ?

1)  � 2)  � 3)  � � 4)  35. 2015,  9    ?

1) � � � 2)  � 3)  ��  �� 4)  

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36.    . 330    ?

1)  � 2)  � 3)   4)  ��  �� 37.      ?

1) 2014 2) 2015 3) 2016 4) 2017 38.    44  .      ?

1) � 2) � 3) � 4) �

   ‘ ’  ?  & 

1. 2018       .   ?

1)  � 2)  3) �  4)  � 2.        ?

1) �  2)  �  3)  � 4)  � 3.   ‘   ’   ?

1)  � 2)  � 3)   4) �  4.           ?

1)  2)  3) � 4) � 5.             ?

1)  2)  3) � 4)  6.     ,      7    ?

1) �  2) �� 3) � 4) �� 7.  7   53     ?

1) �� 2) � 3) �� 4)  8.       ?

1) � 2) � 3)  4) � 9.      ?

1) �� 2) �� 3) � 4)  10.  7  8        ?

1)  2)  3) � 4) �

Category Scholarship: Description:

Eligibility:

Prizes & Rewards: Last Date to Apply: Application: Short Source URL:

 

 &       



11.       ?

1) � 2) � 3)  4) �� 12.  6 ‘2  2’   .    ?

1) � �� 2) �� 3)  � 4)   13.   25          ?

1)  2) �� 3) � 4) � 14.     ?

1) �� 2) � 3) �� 4)  15.       .      ?

1) � 2)  3) � 4)  16.         ?

1) � 2)  3) � 4) � 17.    

Scholarships

International Level King's University College at Western University Scholarship 2019 Students who have cleared class 12 and looking forward to have overseas exposure through under graduate degree program, from Canada, are welcomed by the university.The scholarship covers programme of Management and Organisational Studies, Social Sciences, Arts, Social Justice and Peace Studies.

The applicant must have cleared class 12 with an overall aggregate of minimum 75% and must have English language proficiency with 6.5 in IELTS, 580 marks in TOEFL, 4.5 in TWE or 20 marks in each section of IBT or score 56 in each section of PTE. The subject of Mathematics is not mandated in class 12, while applying for the admission in any of the programme.

The eligible students will be given scholarship up to CAD 17K. The option of transfer to Richard Ivey School of Business is also open in the third year of the programme.

October 31, 2018 Applications can be made online only. http://www.b4s.in/namasthe/KUC1

Courtesy: www.buddy4study.com / Call:08448709545, 08527484563

3)  � 4)  �� � 28.       ?

1) � 2) �� 3) � 4) �� 29.         ?

1) � 2) �   3) � 4)    30.   9      ?

1) 1992 2) 1994 3) 1997 4) 1999 31.       ?       ?

1) � 2) � 3) � 4)  1) � 2) � 3) �� 4) � 32.        18.        ?   ?

1) 2017 2) 2018 3) 2016 4) 2015 1) � 2)  3) ��� 4) � 19.   ,         ?

1-3, 2-4, 3-2, 4-1, 5-1, 6-1, 1)  2)  3)  4)  7-1, 8-1, 9-4, 10-2, 11-4, 12-4, 20.     ‘ ’  ?

13-4, 14-3, 15-1, 16-2, 17-2, 18-4, 1) � -  19-3, 20-3, 21-2, 22-3, 23-3, 24-2, 2) � - � 25-4, 26-1, 27-2, 28-2, 29-2, 30-2, 3) � - � 31-2, 32-1, 33-4, 34-1, 35- 4, 36-1, 4) � - � 37- 1, 38- 1 .

21.  6        .     ?

1) �� 2) �� � �   3)  4)   � 22.        ? �  1) � 2) � 3)  4)  � 23. 2018,  5          ?   1) � � ��  2) �  � �  � 3) � �� �  � 4) �  � � � 24.         � � .     . � ��  . -2        ?    ��� ‘ 1) � 2) � � ��  2018, � 3) � 4) ��  �’ � �  25.  7      .  �,  �     ? � �   � � 1)  2)  3) � 4) � � �   26.        �� �. ? : 436 1)  2)  : 320 3) � 4)  �  :  , �, 27.        ��, ?  : 92914 03205 1) �� 2) � �

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 10,  2018- 

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    ?

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 10,  2018- 

10 23.        ?

1) 2017,  6 2) 2018,  6 3) 2016,  6 4) 2015,  6 24.       ?

1) 2016,  3 2) 2015,  3 3) 2017,  3 4) 2018,  3 25.      .

1000   ?

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1) 2018,  9 2) 2017,  9 3) 2016,  9 4) 2015,  9 26.    ? .  - 1998 . � � - 1998 .   - 1993 . � ��  - 1998 .  - 1992 1) , ,   2)   � 3)   � 4)  

     ?

1.        . .  � 2014, � 1  �    .  �   2014,  8 ��� �� .   60   , ,  �,  �,  �, ��  . ��   , 7.5 �    �  , , ��,    �  .    , � �     ?

1) ,  2)   3)   4) , ,   2.    . . �  � 2014, �  �    . �  2014,  13  � � � � �  . � � 2016,  13 �   . �, � �   �  � �   . �  �� �    � . � �   ART    1) , , ,   2) ,   3) ,   4)   3. . 2018,  10       -    .   ,   .    . 13,000   .            .    LRVP   1)   2)   3) ,   � 4) , , ,   � 4.   .

1.   . 2018,  15 2.  �� . 2017, � 20 3. -� . 2015, � 2 4. �  . 2018,  6 5. - � . 2018,  25 1) 1-, 2-, 3-, 4-, 5- 2) 1-, 2-, 3-, 4-, 5- 3) 1-, 2-, 3-, 4-, 5- 4) 1-, 2-, 3-, 4-, 5- 6.    ?

1) �  - 2015,  22 2) �   - 2014, � 3 3)  �-  �� - 2015,  16 4)   - 2015, � 8 6.    .

1) � - 2014, � 2 2) � � - 2015,  23 3) �  - 2014,  8 4)   -  � - 2014, � 1 7.       .

1) ,  �,  � - � � 2)  -  � 3) � -   4)   8.      .

1)  ‘’  � 2)  ‘��’,  � ‘�’ � � 3)  � ‘�’�, � ‘’  � �  4)   9. .    2015-16     .      .           1) ,   2) ,   3) ,   , �  4) ,  �  �. ,    � 10. .      . 1,00,116 .     . 2,00,000  .    2017-18  . 800   .      2017-18  . 75,116  . 1,00,116  .          1) ,   2) ,   3) , ,   4)   11.   . . 2014-15 � � � �.3920 � . 2018,  18 � � �  - 38,87,626 .  - 2014, �  24 �� . -  ��  � 2015,  13  .   -  � � �  2015,  17 �� �� � 1)   � 2)   3) ,   4) ,   � 12. .      .           . .        10    .     2016,  13  ,    

  

  .            1) , ,   2)  , �  3)  , �  4)  , �  13.   . .    -  .   � -  � . � �  � 2015, � 8 �� �� .     � � 2016,  7 � �� .    20 �  �� � � 1)   2)   3) ,   4)   14.      ? .    �  .   � 100 , �� 135 , �� 150  � .  � ��, �, �  �, � �   � �� . � �  � �    .  � �� 80   �  �� 1)   2)   3) ,   4)   � 15.     ?

1)   - 2015, � 3 2) �  - 2016, � 8 3)   - 2017,  12 4)   16.    ? . � �� 2018,  28 �� .   �� 40   �� . �� �   � . � ��  � � � 2017, � 15   �� . � ��  � �  , ��  1) ,   � 2) , ,   � 3) , , ,   4)   17.          ? .  �  .  �   � . � �   . �  �  � �.1.25   � . �   ��� �. 5.04 , �� �. 5.30  1) ,   � 2)   3)   4) , ,   � 18.     2016,  25      ?

    ,  8179775268 . �� �  � 3 .. �� �.   � �� � . � � � �� 1000  2000 � � .  �,  �� 600  800  � �� � � .      500 �  .  �� �  �  �� 800  1000 � � 1)   2) , , ,   3)   4)   19. .        .    ,     1) ,   �   2) ,   3) ,    4) ,    � 20. .       .  35      .    2014,  1     .     ,  ,    1)   2)   3)   4)   21. .   2015,  16      ,     .     ,   -      .        1)   2) ,   3) , ,   4)   22. .   2017,  3    .        .    . 200   16    .    . 12 ,   . 13   . 2017-18  .1500    1)   2)   3) ,   4) ,   1-2, 7-4, 13-4, 19-3, 25-1,

2-3, 8-4, 14-4, 20-3, 26-2.

 3-3, 9-2, 15-4, 21-1,

4-3, 10-2 16-1, 22-1,

5-2, 11-2, 17-1, 23-1,

6-2, 12-2, 18-3, 24-1,

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 11,  2018- 

Write set builder form of A∪B CHAPTER - 2, SETS

10th

class special B. LAXMINARAYANA M.Sc., B.Ed., Maths Senior Faculty 9849386253

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 11,  2018- 

38.  ,    .

1.   . 1932 2. �  . 1940 3.  � . 1931 4.  � . 1942 1) 1-, 2-, 3-, 4- 2) 1-, 2-, 3-, 4- 3) 1-, 2-, 3-, 4- 4) 1-, 2-, 3-, 4- 39.  ():    1909     (): 1919     

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  1)  �  2)  �  3) ,  �  4) ,  � � 40.         ?

1) 10 2) 19 3) 18 4) 20 41.     ?

1) ��  2) �� � 3) � 4) ���

     ?

1.    ?

1) ‘� � ’ (Do or Die)  �� �� � � � �� � 2) �� � ‘� �   � � �’  ��  � � 3) � �  � �  4)    � �   �� �� �� 2.     ?

1)  2) � 3) � 4)  3.         ?

1)  2)  3)  4) � 4.          ?

1)  19, 20 2)  19, 21 3)  20, 21 4)  21, 23 5.      ?

1) � 2) � 3) � 4)  6.   . .     1.    � . �  2.  � . �   3. �� 2/3  � ���  .  ��  4. ��  1) -3, -4, -1, -2 2) -2, -4, -1, -3 3) -1, -2, -4, -3 4) -3, -4, -2, -1 7. , ,      ?

1)   -1773 2) �  - 1833 3) �  - 1861 4) �   - 1935 8.    2016,  8       ?

1) �� 2) � 3) � 4)  9.   ():  ,            ():       1) ,  � � . ,    2) ,  � � . �, ,    � 3)     4)     10.               . . � . � .  .  ) �  /   ?

1) , , , ,  2) , , , ,  3) , , , ,  4) , , , ,  11.     

?

1) � � 2) �  3) � 4) ��  � 12.    ?

1) �  2)   3) �  4) �  13.     ?

1) �, � � 2) �, � � ��  3) �   4) �   14.  ():          ():         1)  �  2)  �  3) ,  �  4)     15.       . .  214-231 � �,   �� . � ��    62  . �  �� �  . � �� � �     .

1) ,  � 2) ,  � 3) , ,  � 4) , , ,  16.   . . � ��  ��  - � � . ��  �  - � �� . ��  � � �� -  � . ��  � - � �    .

1) , ,  � 2) ,  � 3) , ,  � 4) , , ,  17.  ‘   ’     ?

1) 342 (1)  2) 343 (1)  3) 242 (1)  4) 243 (1)  18. ,      , ,  ,           ?

1) 28  2) 29  3) 30  4) 25  19.   40   ?

1) � � � 2)  ��  3) � �� 4) �   20. CTBT ?

1) Common Treatment for bad Terrorists 2) Comprehensive nuclear test ban Treaty 3) Conclusive test ban Treaty

,  - 4 

4) Community test base Treatment 21.      ?

1) 2012,  2) 2015,  3) 2013,  4) 2014, � 22.     ?

1) 480 2) 489 3) 490 4) 450 23.  ():      ,           ():            1) ,  � � , ,    2) ,  � �  �, ,    � 3)     4)     24.  ,       . . � . �� . � . � .   /   .

1) , , , ,  2) , , , ,  3) , , , ,  4) , , , ,  25.       .

1)  2)  3)  4) � 26.   .

1. � � . � � �  � 2.  �� .  � � 3. � . �    � 4. ��� . �  � 1) 1-, 2-, 3-, 4- 2) 1-, 2-, 3-, 4-  3) 1-, 2-, 3-, 4- 4) 1-, 2-, 3-, 4-  27.    ?

1)   2)    3) � � 4) �� �� 28.   ?

1) � �� 2) �� � 3) � � 4)  29.       . ,      ?

1) � 2) � 3)  4) � 30.        ?

1)   �  �  2) � �  �  �  3) � �  � 4) � 14,  � 15 � 1)   2)   3) ,  � 4) , , ,  31.     ?

1) � 2) �� 3) � � 4) ��� 32.      ?

       ,  ,  

9908569970

1) � �� 2)  �� 3)  �� 4)  � 33.     ?

1) �� �� 2)  3)  � 4) � �� 34.   .

1. ��  .     � 2. �� �� .  � � � 3. � . � �  � 4. � �� . � �   1) 1-, 2-, 3-, 4- 2) 1-, 2-, 3-, 4- 3) 1-, 2-, 3-, 4- 4) 1-, 2-, 3-, 4- 35.  ():          ():         1) ,  � � , �, ,    2) ,  � �  �, ,    � 3)     4)     36.   . . ��� �,   �� �    � .  ���   ��� � 1)  �  2)  �  3) ,  �  4) ,  �  � 37.         . . �� � �  . �,  . � � �   . ��  � 1) , , ,  2) , , ,  3) , , ,  4) , , ,  1-1, 7-3, 13-4, 19-1, 25-1, 31-3, 37-2,

2-2, 8-2, 14-3, 20-2, 26-1, 32-1, 38-4

 3-2, 9-1, 15-4, 21-3, 27-2, 33-2, 39-3,

4-3, 10-4, 16-4, 22-2, 28-4, 34-3, 40- 2

5-4, 11-3, 17-2, 23-3, 29-2, 35-2, 41-4.

6-2, 12-4, 18-3, 24-4, 30-4, 36-3,

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 12,  2018- 

ntadilabad.com

30. Statement A: Over lunch, your friend tells you a story about a recent holiday, which was a disaster. You listen with interest and interject at appropriate moments, may be to express surprise or sympathy.

Statement B: That evening, another friend calls to invite you to a party at her house the following Saturday. As you’ve never been to her house before, she gives you directions. You listen carefully and make notes.

Choose the appropriate answer.

1. Both Statements A and Statement B illustrate bottom-up listening skill 2. Statement A illustrates bottom-up, and Statement B illustrates top-down listening skills 3. Statement A illustrates top-down , and Statement B illustrates bottom-up listening skills 4. Both Statements A and Statement B illustrate top-down listening skill

Learning the language means..

English Pedagogy 1. The correct order the steps in curriculum design according to Taba is….

1. Diagnosis of the needs of the learner, Evaluation, selection of content/learning experience, formulation of objectives.

2. Formulation of objectives, Diagnosis of the needs of the learner, Selection of content/experiences, evaluation 3. Diagnosis of the needs of the learner, formulation of objectives, Selection of content/experiences, evaluation 4. Evaluation, diagnosis of the needs of the learner, formulation of objectives, selection of content/experiences.

2. Read the following statements.

A. Dictation helps in improving the knowledge of spelling B. Dictation helps in developing the listening skill.

C. Dictation can be used to develop the writing skill at initial stage.

Now, identify the correct statement.

1. Only B is correct 2. A and B are correct 3. B and C are correct 4. All are correct 3. Learning the language means…..

1. Learning pronunciation 2. Learning vocabulary and grammar.

3. Learning the four skills of the language.

4. All the above.

4. ‘Vernacular should be media of instruction.’ It is a recommendation by…

1. Wood’s Despatch, 1854 2. University Education Commission, 1948 3. Macaulay's minutes of 1834 4. Kothari Commission 1964-66 5. Which of the following methods is associated with James Asher, an experimental psychologist?

1. Grammar Translation Method 2. Oral Method 3. Total Physical Response 4. Direct Method 6. Relaying instructions and drawings in pair works are the best activities to improve the skill of…….

1. Listening 2. Speaking 3. Reading 4. Writing 7. Substitution Table was first introduced by….

1. Chomsky 2. Charles Fries 3. Harold Palmer 4. Hymes 8. Maintaining appropriate format, writing from top to bottom on a paper, writing from left to right, using proper punctuation marks, paragraphing etc. come under the academic standard…

1. Conventions of writing 2. Creative Writing 3. Grammatical Awareness 4. Reading with comprehension 9. …………..refers to the distinctive

Gurukula Special feature of a language that can be talked about past, future and also about places that were away form us.

1. Creative 2. Extendible 3. Redundancy 4. Displacement 10. The teacher uses the authentic tasks and the students participate very actively in those activities so as to learn language in………. approach.

1. structural approach 2. communicative approach 3. grammar translation method 4. direct method 11. According to the NCF 2005, multilingualism in learning a language should be seen as a…..

1. challenge for students to learn many languages 2. challenge for teachers to manage such classes 3. hindrance in teaching – learning English 4. resource in teaching – learning English 12. Read the following two statements about the philosophical approaches to grammar teaching: A. A deductive approach starts with the presumption of a rule and is followed by examples in which the rule is applied.

B. An inductive approach starts with some examples from which a rule is inferred.

Now choose the correct statement: 1. A 2. B 3. Both are correct 4. Both are incorrect 13. “Input-rich communicational skills are a prerequisite for language learning” is said by….

1. NCF-2005 2. SCF-2011 3. RTE-2009 4. NCFTE-2009 14. While teaching a lesson on ‘cell biology’ from the science textbook, Lavanya, a science teacher, gave her students activities based on the theme. The activities included vocabulary and debate on ‘cell biology’. This strategy is known as 1. Language through science 2. Language of science

3. Language across curriculum 4. Language in other subjects 15. Which of the following is specially tuned to The Humanistic Approach?

1. Processes that enable students to discover structures for themselves.

2. Mastery of academic disciplines with all their characteristics features.

3. Application of learnt structure, content, concepts and principals to new situations.

4. Process where sequence is taught along with how to present the related content.

16. Remedial teaching is…

1. reteaching 2. revising only the difficult areas 3. teaching only the basics of the difficult areas 4. teaching the entire difficult area.

17. The structural approach advocates……

1. using mother tongue 2. resorting to fluency 2. selection and gradation of material 4. assessing learners’ performance 18. Distinguishing the characteristics of English sounds is a specifications of… ..skill.

1. Listening 2. Speaking 3. Reading 4. Writing 19. “Origami” as a language game can be helpful in developing…

1. listening and speaking 2. speaking and reading 3. reading and writing 4. all the language skills 20. The main objective of listening is….

1. For Locating the key words, phrases, sentences 2. To know the Mood of the author 3. Find the contextual clues to the meaning 4. Transformation of the sentences 21. A teacher has a “hearing impaired child” in her class. It is important for him/her to…

1. ask the school counselor to talk to the child’s parents and tell them to withdraw their child from school.

2. make the child sit at a place from where she can see the teacher’s lips and facial expressions clearly.

3. keep pointing to what the child can not do over and over again.

4. ridicule the child and make her sit separately so that she joins an institution for hearing impaired.

22. A regional variety of language distinguished by features of vocabulary, grammar and pronunciation from other regional varieties and constituting together with them a single language is known as…

1. Register 2. Dialect 3. Jargon 4. Pidgin 23. Which of the following is the significant factor about Mother Tongue?

1. It is the best medium of expression and

CH. SRINIVAS Subject Expert polampally, Thimmapur Karimnagar communication.

2. It is major language in the formation of a social group.

3. Easily learnt through formal teaching of rules.

4. Best medium of acquiring knowledge.

24. According to Maria Montessori, “barking at print” is…

1. imitating the dialogues written in the text book 2. speaking to someone about the text 3. reading aloud without understanding the text 4. answering the question orally without comprehension of the text.

25. Constructivist approach to learning emphasises 1. that authentic task in a meaningful context should be used.

2. that learners construct knowledge for themselves.

3. knowledge construction instead of knowledge reproduction.

4. teaching as the transmission of knowledge from the enlightened to the unenlightened.

26. The following is not true regarding language 1. We can set a standard length to a sentence 2. We cannot find equivalents for all expressions in other languages 3. Language exhibits prevarication 4. Language is extendable 27. Which of the following is not an example of a Proficiency test in English?

1. EAMCET 2. TOEFL 3. IELTS 4. The English component in Civil Services examination 28. All the following are the ICT except…

1. It facilitates exposure to authentic language, 2. It provides wider sources of information and varieties of language.

3. It gives the opportunity to people to communicate with the world outside.

4. It is very useful in teaching formal grammar only 29. According to Maria Montessori, “barking at print” is…

1. imitating the dialogues written in the text book 2. speaking to someone about the text 3. reading aloud without understanding the text 4. answering the question orally without comprehension of the text.

Answers in Tomorrow’s Page

10

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prove that (a+b) = 4h 2

PAIR OF STRIGHT LINES

2

MATHS 1-B

K. Kumar Sr. Faculty,

Hyderabad 94929 56214

I NTERMEDI ATE s p e c i a l J U N I O R

 

 ‘’ 

�.�   �   1, 2 � � �  . 1  ,    805 � .450/-, -2 � � 425 � .345/-  ���. �  � . �  ��,   �� �� �. �   � ��� �  ��. �  ��  �.    , ���, ����, ��.  : 040-27602666, 9959361278

  

� �   � �  ��   .  � -1, -2 �� �  � �� 2018,  � � ��   . -2 �� �   �� 640  �  .   . 399/-, � �    . 99 (:160) �� �� �,  , �    . �   � �.    , , ��.  : 040 -27429494,9963293399

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7

What is transformer ratio?

P. SRINIVAS Physics Faculty Hyderabad

INTERMEDIATE s p e c i a l

9700724464

S E N I O R

 (12-09-2018)  English Pedagogy 

ANSWERS 1-3 7-4 13-1 19-1 25-2

2-4 8-1 14-3 20-3 26-1

3-4 9-4 15-1 21-2 27-1

4-2 10-2 16-3 22-2 28-4

5-3 11-4 17-3 23-4 29-3.

6-2 12-3 18-1 24-3

 13,  2018- 

10

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SLINEX-2018’ joint exercise between India and Sri Lanka � ‘The joint exercise between the

navies of India and Sri Lanka titled SLINEX-2018 is underway in Trincomalee.

Three Navy ships from each side along with around 1,000 naval personnel from both countries are participating in

the joint drill. Two Dornier air crafts and a helicopter of Indian Navy are also participating. SLINEX which was previously held once in two years is scheduled to be held as an annual event from this year onwards.

Sukhanya Samriddhi Yojana is a part of..?

Current Affairs 1) Recently Trust status was given to ‘Bharat ke Veer’, what is the objective of this trust? a. Preparing weapons under Make in India initiative b. Disallowing FDIs in Defence sector, raising money through domestically c. Aiding families of paramilitary personnel killed in action d. None of the above 2) Assertion: There will be a significant boost in the import of iron ore, sugar and rice to India. The import cost of oil to India will also see a considerable decline Reason: Iran will hand over the strategic Chabahar port to an Indian company within a month for operation as per an interim pact. a. Both A and R are true, and R is the correct explanation of A b. Both A and R are true, but R is not the correct explanation of A c. A is true, but R is false d. A is false, but R is true 3) Pradhan Mantri Ujwala Yojana (PMUY) has achieved 5 crore mark in the first week of September, which of the following is true about PMUY? 1. Pradhan Mantri Ujwala Yojana (PMUY) scheme objective is providing electricity to all villages 2. PMUY objective is providing electricity to all house holds 3. PMUY objective is providing LPG connections to poor people 4. Uttar Pradesh has got maximum benefit of PMUY a. Only 1 and 4 are true b. Only 2 and 4 are true c. Only 3 and 4 are true d. Only 4 is t rue 4) Match the following?

1. Telangana Assembly seats a. 43 2. Telangana Rajya Sabha seats b. 17 3. Telangana Lok Sabha seats c. 9 4. Telangana Legislative council seats d. 120 5. Number of ZPs in Telangana e.7 a. 1-d, 2-e, 3-a, 4-b, 5-c b. 1-d, 2-b, 3-e, 4-a, 5-c c. 1-d, 2-e, 3-b, 4-c, 5-a d. 1-d, 2-e, 3-b, 4-a, 5-c 5) Observe the following sentences 1. In Telangana, the only district does not have any Zilla Parishadh is Hyderabad 2. In Telangana, the district having maximum number of constituencies is Hyderabad 3. In Telangana, the district having maximum number of constituencies is Warangal Urban 4. Number of Assembly constituencies in Hyderabad are 15 Which of the above are true? a. 1, 2, 4 b. 1, 3, 4 c. 3, 4 d. 1, 4 6) Who among the following has been appointed as the Managing Director of

Death sentence awarded to two Indian Mujahideen terrorists

� The Trial court on 10th September

pronounced death sentence to the two Indian Mujahideen activists who were convicted in the 2007 twin blasts case of Hyderabad. The second metropolitan magistrate pronounced the death sentence to Anique Shafic Syed and Akbar Ismail Choudhary who were convicted in the twin blasts case.

The magistrate also pronounced life sentence to Tariq Anjum who was also convicted for providing shelter to the convicted in the twin For All bomb blasts case.

Competitive exams

State Bank, recently? a. Prabhavathi Devi b.

Amrutha sinha c. Anshula Kant d. None 7) Observe the following sentences 1. Medini Puraskar Yojana has been reintroduced in India 2. The award will be given in the theatre artist field 3. The award is given to writings on Environment Which of the above are true? a. 1, 2 b. 1, 3 c. 1 d. 2 8) Observe the following 1. Sukhanya Samriddhi Yojana has been launched by the Union Government as a part of Beti Bachao Beti Padhav 2. Sukhanya Samriddhi Yojana is a sport initiative of government, encourages women to participate in sports 3. The government has slashed the minimum annual deposit requirement for accounts under the Sukanya Samriddhi Yojana to Rs 250 from Rs 1,000 earlier Which of the above are true? a. 1, 2 b. 2, 3 c. 2 d. 1, 3 9) Andhra Pradesh state has launched ‘Project Gandiva’ and its objective is? a. Providing training in the shooting sport event b. Providing training to youth to master in software skills c. Training to youth to achieve medals at international sports meets like Olympic Games d. Training to youth in marketing of various products 10) Assertion (A): According to RBI, India’s current account deficit widened to a fourquarter-high at 2.4% of gross domestic product (GDP) in April-June period Reason (R): Government of India is implementing many welfare schemes a. Both A and R are true, and R is the correct explanation of A b. Both A and R are true, but R is not the correct explanation of A c. A is true, but R is false d. A is false, but R is true 11) Naomi Osaka is in news in recent

times, reason is? a. She became the first Japanese woman to win a Grand Slam title b. She has been selected by Japan, and she will be the astronaut for future satellite mission c. She is the first woman to become Chairman of Asian Development Bank d. She is the first Japanese woman to win elections with absolute majority 12) Recently Union Government has appointed a committee under the leadership of former RBI Governor Bimal Jalan, the purpose of it is…? a. To suggest how to reduce current account deficit b. To suggest Trade negotiation agreements with foreign countries c. selecting India’s next chief economic advisor d. To suggest measures strengthening rupee 13) Observe the following 1. The three day World Hindu Congress was held on September 7th to 9th in Katmandu 2. The three day World Hindu Congress was held on September 7th to 9th in Chicago 3. The theme of World Hindu Congress is 'think collectively, achieve valiantly 4. The theme of World Hindu Congress is Be Hindu… Proud being Hindu Which of the above are true? a. 1, 4 b. 2, 4 c. 1, 3 d. 2, 3 14) President has visited three countries from September 2nd to 9th, which of the following country that he is not visited? a. Kenya b. Cyprus c. Bulgaria d. Czech Republic 15) Which of the following is wrongly matched?

Country Capital currency a. Cyprus Nicosia Euro b. Bulgaria Sofia Lev c.Czech Republic Prague Peso d. Kenya airobi Kenyan Shilling 16) Match following Kaloji awards, years and persons?

1. 2015 a. Ravulapati Sitharam 2. 2016 b. Ampaseya Naveen 3. 2017 c. Ammangi Venugopal 4. 2018 d. Goreti Venkanna a. 1-a, 2-b, 3-c, 4-d b. 1-b, 2-c, 3-a, 4-d c. 1-d, 2-c, 3-a, 4-b d. 1-c, 2-d, 3-a, 4-b 17) Match the following?

1. Telangana Language day a .September 21st 2. International day for democracy b. September 9th 3. World suicidal prevention day c. September 16th 4. Day for preservation Ozone layer d. September 10th 5. International day of peace e. 15th September a. 1-b, 2-e, 3-d, 4-c, 5-a

V. Rajendra Sharma Faculty 9849212411 b. 1-b, 2-e, 3-c, 4-d, 5-a c. 1-e, 2-b, 3-d, 4-c, 5-a d. 1-b, 2-d, 3-e, 4-c, 5-a 18) Assertion: In India, the prices of petrol varies from state to state Reason: VAT and other taxes varies from state to state a. Both A and R are true, and R is the correct explanation of A b. Both A and R are true, but R is not the correct explanation of A c. A is true, but R is false d.A is false, but R is true 19) Assertion: According to World Health Organization, even in high income countries suicides have become common Reason: The reason is mental health issues such as depression and alcohol use disorders a. Both A and R are true, and R is the correct explanation of A b. Both A and R are true, but R is not the correct explanation of A c. A is true, but R is false d. A is false, but R is true 20) Three organizations collaborating to set up a Model International Center for Transformative Artificial Intelligence, ICTAI, which is not part of three organizations? a. NITI Aayog b. Intel c. Tata Institute of Fundamental Research d. Centre for Development of Advanced computing 21) Name the player that has created history by becoming the first Indian to win a medal in the IAAF Continental Cup? a. Swapna Barman b. Thonakal Gopi c. Arpinder Singh d. Athare 22) Assertion: All Indirect taxes are replaced by GST and the maximum tax on goods and services in GST is 28% Reason: Petrol comes under Direct Taxes regime, so tax on petrol is more than other goods a. Both A and R are true, and R is the correct explanation of A b.Both A and R are true, but R is not the correct explanation of A c.A is true, but R is false d.A is false, but R is true

ANSWERS 1-c

2-a

3-c

4-d

5-a

6-c

7-b

8-d

9-c

10-b

11-a

12-c

13-d

14-a

15-c

16-d

17-a

18-a

19-a

20-d

21-c

22-c

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28.      ? . � �  � ��  � � .� �,   �  �   ��. �  85 �    �� .   �  �� . , , ��    1) , ,  2) , ,  3) , ,  4) , , , 

29.      ? .   � � �� .  � � .   �  � � .  �   � � � � 1) , ,  2) , , ,  3) , ,  4) ,  30.   - 2018  49(1)       ?

1)  2)  3) � 4) �

    ?   -2018

1.    - 2018     ?

1) 2018, � 17 2) 2018, � 28 3) 2018, � 29 4) 2018, � 30 2.    - 2018 , ,  ?

1) 297, 9, 8 2) 297, 8, 9 3) 297, 9, 7 4) 297, 7, 9 3.      , ,       - 2018    ?

1) � - 1 2) �-2 3)  -3 4)  -4 4.    - 2018    .   . 3(2)() 1. � � �  . 3(2)() 2. � � �   . 3(2)() 3. � �  � . 3(2)() 4. � � � � �� �  � � � �  ���  1) -2, -1, -3, -4 2) -1, -2, -3, -4 3) -3, -2, -1, -4 4) -2, -3, -1, -4 5.    - 2018        ? . -6 � �  .    � � � �� .  � �, � , �  �  � .�  � � � � � 1) , ,  2) , ,  3) , ,  4)   6.    - 2018   6,  (8)     /  ?

1) 23 (a  w ) 2) 24 (a  x ) 3) 22 (a  v ) 4) � 7.    ,         ? . 500   50   . 501  1,000   75   . 1,001  3,000   150   . 3,001  500   200   . 5,001  10,000   300   . 10,000   500   1) , ,  2) , ,  3) , ,  4)  8.    - 2018  7   (3)       -  ?

 

 9032620623

    . � � .   . � �   . � � �  � 1)  �  �  2)  �  �  3)  �  �  4)  �    �  9.    ,   ?

1) 4, 20 2) 5, 21 3) 5, 20 4) 4, 21 10.       ?

1)  2)  3)  4) � 11.        (  , , )       ? (     9 ) 1)  2) �  � 3) � 4) � 12.              ?

1) 34 � 2) 45 � 3) 35 � 4) 43 � 13.           ,        ?

1) �  2)   3) �  4) � 14.    - 2018         ? .   � �   21  . � � -� �  � . � � ���      .  �  � �      � �  .  � � � � �� �   ��       � �   1)  2)  3)  4) 

15.       ?

1) � � � � � 2)   � 3) � �  �  � 4) � 16.    - 2018    , ,     ,       ?

1) 15  2) 16  3) 17  4) � 17.    - 2018              ? .  22 -  ���   �  .  23 -     �   .  24 -      �   .  25 () -     ��   1) ,  2) , ,  3) , , ,  4)  18.        ? .� �  �    ��   �  � .       � � � � .   � � �  �� .  � � � � 1)  2)  3)  4)  19. , ,       - 2018   ?

1) 27 2) 28 3) 29 4) 30 20.       ,       -2018    ?

1) 32(1)() 2) 32(1)()

3) 32(1)() 4) 32(1)() 21.     ? . � �� ��       �   33 ? .  �� � �   �  , �  � �   �� (  34) 1) ,   2)  �   3)    � 4) ,  � 22.          ? . �  �  �      � �  . � � �� . �    �� � . � �   ��    1) , ,  2) , ,  3) , ,  4) , ,  23.   - 2018  37(1), 33, 34                 /      ?

1) � 2)  3)  4) � 24.    ,   ? . � 15 �  � ��  . � ��  ��    . � ��   �  1)  �  2)  �  3)  �  �  4) � 25. ,            /     ?

1)  2) �  � 3) � 4) � 26.  ,        ?

1)  41 2)  42 3)  43 4)  44 1-3, 7-4, 13-3, 19-3, 25-1,

2-3, 8-4, 14-3, 20-4, 26-2,

 3-2, 9-2, 15-3, 21-1, 27-3,

4-2, 10-1, 16-2, 22-1, 28-4,

5-4, 11-2, 17-3, 23-3, 29-1,

6-2, 12-1, 18-4, 24-3, 30-4

10

 15,  2018- 

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Find the value of k ?

CHAPTER -3 POLYNOMIALS

B.Laxminarayana Maths Senior Faculty Hyderabad 9849386253

PRACTICE QUESTIONS

10th Class Special

4 MARKS QUESTIONS

2 MARKS QUESTIONS

1 MARKS QUESTIONS

Multiple choice questions

ANSWERS -

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7

 16,  2018- 

What is World Wide Web? 13th sep contd...

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COMMUNICATION SYSTEM

10

 16,  2018- 

30. 2017        ?

1)  2)  3) � 4)  31.        ?

1)  2)  3) � 4)   32. , ,                    ?

1)  �

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2) � � � 3)   � � 4)   � 33. -      ,      ()  ?

1) � - � -  2)  - � -  3) ,   -  4)  -  - �

   ?  & 

 &       



   10.     15  ?

1) � 2)  3) � 4) � 11.          ?

1)  2)  3)  4) �� 12.         ?

1)  2) � 3)  4)  13.          ,   ?

1) 136 2) 138 3) 117 4) 145 14.      ,          ?

Scholarships 1. Category Scholarship: Description:

Eligibility:

Prizes & Rewards:

Last Date to Apply: Application: Short Source URL:

Technology Based Adobe Research Women-in-Technology Scholarship 2019 Female under-graduate and masters students who have opted computer science as their career plan are called by Adobe Research to bring gender diversity by recognizing their potential and outstanding intellect in the stream of computer science.

Candidate must be academically strong female student who intend to or is enrolled in undergraduate or masters program of computer science, computer engineering, or in any technical program in current academic session are welcomed to apply for the opportunity.

Selected candidate will be given USD 10,000 for one time, creative cloud subscription for an year, a research mentor from Adobe and an opportunity to be interviewed for an internship at Adobe.

September 28, 2018 Interested candidate can apply online. http://www.b4s.in/namasthe/ARW4

Courtesy: www.buddy4study.com

1) � 2) � 3) � 4) � 15.   2018,  10    ?

1)  2)  3) � 4) � 16.        11   ?

1)  2) � 3)  4)  17.  - 2018      .       ?

1) � 2) � 3)  4)  18.   ?

1) �-     2) �- � � 3)  -    � 4) -  19.       ?

1)  �� 2) � � 3) � � 4)   20.  ..  - 2018  .        ?

1) � 2) �� 3) � 4) �� 21. 2018      20 .        ?

1) �.  2) �. 2  3) �. 3  4) �. 10  22.                 .      ?

1) � 2)  � 3)   4) �

23.   200    ?

1) � 2)  3) �� 4) � 24.      ?

1) � 2)  3) � 4) � 25.       ?

1) � 2) � 3) � 4) � 26.          ?

1) 11 2) 10 3) 12 4) 13 27.   ,   .     ?

1)  2)  3) �� 4) � 28.         ?

1)  2) � 3) � 4) � 29.  2014,  8  ?

1) � � 2) �� 3) � 4)   

1-4, 7-2, 13-3, 19-2, 25-3, 31- 2,

2-2, 8-2, 14-1, 20-3, 26-2, 32-2,

 3-4, 9-2, 15-3, 21-4, 27-1, 33-1.

4-2, 10-3, 16-3, 22-2, 28-3,

5-2, 11-3, 17-1, 23-3, 29-3,

6-1, 12-3, 18-4, 24-2, 30- 2,

 

 

1.              ?

1) 210 2) 220 3) 240 4) 230 2.     . 12     ?

1)  2) � 3) � 4)  � 3.    ,      102    ?

1) 2014 2) 2015 3) 2016 4) 2018 4.       - 2018    8  .      ?

1) 79 2) 69 3) 59 4) 49 5. , ,      ?

1) � 2) �  3)  4) � �  6.     ()      ?

1)  1 2)  4 3)  31 4)  30 7.     10        ?

1)  2)  3) � 4) � 8.          ?

1)  2) � 3)  4)  9.          ?

1)  2)  3) � 4) 

 

� �    �  � ��    .  � ��  (./.) -800,  �.549.    �.169/-,  256. � � �, /  �    .  �   �   �. �    � �.  :  , , ��.  : 040 -27429494,9963293399

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 17,  2018- 

The avg of odd numbers upto 100 is..

AVERAGE

All Competitive Exam Special

K.Nagaraju Sr.Faculty Kodad Suryapeta (District)

ANSWERS

1) A 2) B 3) B 4) C 5) A 6) D 7) C 8) C

10 � National parks, across the country, offer a

 17,  2018- 

fascinating diversity of terrain, flora and fauna � Some important National parks in india are Jim corbett National park - UK Kaziranga National park - Assam Kasu Brahmananda Reddy National park - TS Mahavir Harina Vanasthali National park - TS Keoladeo Ghana National park - Rajasthan Sanctuaries � Specific endangered found species are well protected in wild life Sanctuaries which permits eco-

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tourism � Some important Sanctuaries in india are Koringa Sanctuary - AP Eturnagaram Sanctuary - TS Papikondalu Sanctuary - AP Sacred Groves � A smaller group of trees than a forest is called grove. � A grove of trees of special religious importance to a particular culture is called sacred groves � In these regions all the trees of wild life are venerated and given total protection

Ecological diversity Indices...?

Bio diversity

� What is Biodiversity? When we observe

our surroundings we find different kinds of organisms which vary in size, form, feeding habits, behaviour etc. � For example there are more than 20,000 species of ants, 3,00,000 species of fishes and 20,000 species of orchids. � This variation of life at various levels of biological organization is termed as biodiversity.

Levels of Biodiversity � Biodiversity exists not only at the species level but at all levels of biological organization ranging from macromolecules to biomes. � The term biodiversity was popularized by the socio-biologist Edward Wilson to describe the combined diversity at all levels of biological organization. � The three levels of biodiversity are... a. Genetic diversity b. Species diversity c. Ecological diversity Genetic diversity � It is the diversity of genes within a species. A single species may show high diversity at the genetic level over its distributional range. � For example Rauwolfia vomitoria, a medicinal plant growing in the Himalayan ranges shows great genetic variation which might be in term of potency and concentration of the active chemical (reserpine) that the plant produces. � India has more than 50,000 different strains of rice, 1,000 varieties of mangoes. � Genetic diversity increases with environmental variability and is advantageous for its survival.

Species diversity � It is the diversity at the species level. � For example.. amphibian diversity in the western Ghats is greater than that of the Eastern Ghats.

Ecological diversity � Diversity at a higher level of organization, i.e. at the ecosystem level is called Ecological diversity. � For example... India with it deserts, rain forests, mangroves, coral reefs, wetlands, estuaries and alpine meadows has greater ecosystem diversity than many other countries such as the scandinavian country Norway.

Ecological diversity Indices � The three indices of ecological diversity are... a. Alpha diversity b. Beta diversity c. Gamma diversity Alpha diversity � It is measured by counting the number of taxa (usually species) within a particular area, community/ecosystem.

Beta diversity

� It is the species diversity between two

adjacent ecosystems and is obtained by comparing the number of taxa unique to each of ecosystems.

Gamma diversity � It is the measure of the overall diversity for different ecosystems within an ecological region. Role of biodiversity on human life � Biodiversity is beneficial to human beings as it plays an important role at various levels of development and to explain the role played, the different aspects are categorised into three types. a. Narrowly utilitarian argument

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b. Broadly utilitarian argument c. Ethical argument Narrowly utilitarian argument � Human beings derive countless economic benefits from nature as biodiversity is a reservoir of resources. � Food (cereals, pulses and fruits). firewood, fibre, construction material, Industrial products (tannins, lubricants, dyes, resins, perfumes, rubber, latex, cork etc.) and products of medicinal importance are obtained from diverse living organisms which are economically important. � Anti cancer drugs - 'Vinblastine' om

vinca rosea, Certain cardiac problem - 'Digitalin' from the foxglove plant.

� Bio-prospecting nations endowed with

rich bio diversity can expect to reap enormous benefits.

Broadly utilitarian argument � It explains that biodiversity plays a major role in many eco system services that nature provides, for which we cannot put a price tag (we cannot fix its price). To exemplify this, consider the following...

Eg-1: Forests of Amazon produces 20 % of the total oxygen in the earth’s atmosphere.

Eg-2: Pollination by pollinating agents (bees, birds, bats etc.) without which plants don‘t produce fruits and seeds.

There are other benefits also. The ones which cannot be measured in terms of money, like aesthetic pleasure derived by taking a walk in the woods.

Ethical argument � It relates to what we owe to plants, animals and microbe species with which we co-exist on the planet. � The moral duty to care and pass on biological legacy to future generations is the need of the hour as every species has an intrinsic value.

Threats to Biodiversity

� The following are the four major causes

(The evil quartet) for accelerated rates of species extinction in the world. a. Habitat loss and Fragmentation b. Over exploitation c. Invasion of Alien species d. Co-extinctions Habitat loss and Fragmentation � Following are the most important reasons for the loss of biodiversity � Deforestation-leads to species extinction in forests.

Eg: Tropical rain forests once covering 14 % of the earth’s land surface is how not more than 4 % � Conversion of forest land to agricultural land Eg: Amazon rain forest, called ‘lungs of our planet’, harbouring innumerable species is cut and cleared to cultivate soya beans/conversion to grass lands for raising beef cattle. � Pollution enhances degradation of habitats and threatens the survival of ma..... species as pollutants change the quality of the environment. � Fragmentation of habitate leads to population de chine.

Eg: Mammals and birds requiring large territories and certain animals with migratory habits are badly affected.

Over Exploitation � When need turns to greed it leads to over exploitation.

Eg: Steller’s sea cow, passenger pigeon are extinct due to over exploitation by humans. � The existence of many commercially important marine fishes are endangered as they are over harvested.

Invasion of Alie species � When alien species are introduced in to a habitat, they turn invasive and establish themselves at the cost of the indigenous species. Consider the following..

Eg-1: Nile perch introduced into lake victoria, in est Africa led to the extinction of 200 species of cichlid fish in the lake.

Eg-2: Illegal introduction of exotic African catfish, clarias gariepinus, for aqua cultured purposes is posing a threat to the indigenous cat fishes.

Eg-3: When exotic and invasive weeds like the ‘Carrot grass’ (Parthenium), Spanish flag (Lantana), Water hyacinth (Eichhornia) are introduced into our ecosystems. They not only damaged the environment but also threatened the very existence of native species.

CO-Extinctions � In an obligate association between a plant and an animal. If a plant becomes extinct, the animal also becomes extinct as seen in a parasite and host association. If the host becomes extinct, parasite meets in same fate. � Another association which explains co-

Modala Mallesh Subject expert Palem, Nkrekal Nalgonda 9989535675

extinctions is plant-pollinator mutualism where extinction of one invariably leads to the extinction of other.

How do we conserve Biodiversity? � The conservation of biological diversity has become a global concern. � There are basically two main types of conservation options.

1. In-situ conservation (on-site conservation) 2. Ex-situ conservation (off-site conservation) In-situ conservation (on-site conservation) � In-situ conservation is the process of protecting an animal species in its natural habitate. � The benefit is that it maintains recovering populations in the surrounding where they have developed their distinctive properties.

Conservationists identified certain regions by name ‘Biodiversity hot spots’ for maximum protection as they are characterized by very high levels of species richness and high degree of endemism. � By definition ‘Biodiversity hot spot’ is a ‘Biogeographic Region’ with a significant reservoir of biodiversity that is under threat of extinction from humans. � They are Earth’s biologically ‘richest’ and ‘most threatened’ terrestrial ecoregions.

Biodiversity hotspots � The concept of biodiversity hotspots was proposed by Norman Myers. � There are about 34 biodiversity hotspots in the world. � As these regions are threatened by destruction, habitat loss is accelerated.

Eg: 1. Western Ghats and Sri lanka 2. Indo Burma region 3. Himalayas in India � Ecologically unique and biodiversity rich regions are legally protected as in...

1. Biosphere reserves- 18 (18th is Panna in Madhya pradesh) 2. National park- 90 3. Sanctuaries- 448 Bio sphere Reserves � An area which is set aside minimally disturbed for the conservation of the resources of the biosphere is Biosphere reserve. � 17th biosphere in India is Seshachalam hills. � Latest biosphere reserve in India is ‘Panna’ in Madhyapradesh.

National parks � A National park is a natural habitat strictly reserved for protection of natural life.

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 18,  2018- 

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.

X = A D, find A ?

-1

-1

MATRIX K. Kumar Sr. Faculty,

Hyderabad 94929 56214

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 18,  2018- 

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-

46. Water will move from..?

1) Higher pressure potential to lower 2) Higher solute potential to lower 3) Higher water potential to lower 4) Lower water potential to Higher 47. Transpiration is affected by..?

1) Humidity 2) Wine speed 3) Light and temperature 4) All of these 48. Select the incorrect match?

1) Nitrogen - NO3, NO2, NH4+

2) Sulphur - S2 3) Iron - Fe3+ 4) Boron - BO33-, B4O2-7 49. Which element generally activates the carboxylase enzyme?

1) Mo 2) Mn 3) Mg 4) Zn 50. Photo synthesis is a?

1) Physical process 2) Chemical process 3) Physico - chemical process 4) Physiological pricess

Monomeric unit of cellulose is..

TREI - RB

1. Organisms that can sense and respond to environmental cues ?

1) Eukaryotes only 2) Prokaryotes only 3) Both 1 and 2 4) Those with a well developed neuro endocrine system 2. Match the column: column -I column -II A. Man 1. Order - Carnivora B. Mango 2. Family - Poaceae C. House fly 3. Genus - Musca D. Tiger 4. Phylum - Chordata F. Wheat 5. Family Anacardiaceae 1) A-1, B-5, C-3, D-4, E-2 2) A-4, B-5, C-3, D- 1 and 4, E-2 3) A-4, B-2, C-3, D-1, E-5 4) A-1, B-2, C-3, D-4, E-4 3. Herbarium sheet Provides the information of...?

1) Collector’s Name 2) Family of plant 3) Local , English and botanical Name 4) All of theses 4. All Plants, animals, Fungi and Microbes exhibit?

1) Re Production 2) Growth by increase in mass only 3) Metabolism 4) Self - Consciousness 5. Assertion (A): In unicellular organisms, the reproduction is Synonymous with growth?

Reason (R): ease in the number of cells in also called growth 1) If both (A) and (R) are true and (R) is the correct explanation of (A) 2) If both (A) and (R) are true but (R) is not a correct explanation of the (A) 3) If the (A) is true but the (R) is false 4) If both the (A) and (R) are false 6. Which one of the following is not a category?

1) Species 2) Class 3) Phylum 4) Convolvulaceae 7. In the hierarchy of classification, the order is present between?

1) Family and genus 2) Phylum and Kingdom 3) Family and class 4) Family and species 8. In Which year whittaker proposed the five Kingdom classification?

1) 1960 2) 1959 3) 1969 4) 1979 9. Motile bacteria possess?

1) Cilia 2) Flagella 3) Both 1 and 2 4) None of these 10. Heterotrophic bacteria helps in?

1) Curding of milk 2) Production of antibiotic 3) Nitrogen Fixation in leguminous plants

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

22.

4) All of these Female sex organ of bryophytes is..?

1) Oval in shape 2) Irregular 3) Flask shaped 4) Depends on the organism Metagenesis is shown by?

1) Hydra 2) Adamsia 3) Aurelia 4) Obelia Devil Fish is called?

1) Pearl oyster 2) Tusk shell 3) Sepia 4) Octopus Assertion (A): Birds have one ovary Reason (B): This reduce the body weight for Flight 1) If both (A) and (R) are true and the (R) is a correct explanation of the (A) 2) If both (A) and (R) are true but (R) is not a correct explanation of the (A) 3) If the (A) is true but the (R) is false 4) If both the (A) and (R) are false Prop/ Pillar roots are found in?

1) Carrot 2) Sweet potato 3) Banyan tree 4) Maize Young stems are generally?

1) Woody 2) Dark brown in colour 3) Green and Photosynthetic 4) All of these Typical leaf consist of?

1) Petiole 2) Leaf base 3) Lamina 4) All of these The arrangement of flowers on the floral axis is termed as?

1) Phyllotaxy 2) Aestivation 3) Inflorescence 4) Placentation Epipetalous stamens are found in?

1) Trifolium 2) Brinjal 3) Asparagus 4) Indigofera Which is the edible part in mango?

1) Thin epicarp 2) Fleshy mesocarp 3) Stony hard endocarp 4) All of these Find the example of Primary meristem?

1) Apical meristem 2) Intercalary meristem 3) Lateral meristem 4) Both 1 and 2 Which tissue is usually dead and

without pro Plast?

1) Parenchyma PGT, TGT 2) Collenchyma Biological 3) Sclerenchyma Sciences 4) All of these 23. Collenchyma differs from Parenchyma in having?

1) Living Protoplasm 2) Cellulose walls 3) Vacuoles 4) Pectin deposits at corners 24. The primary plant body is made up of ?

1) Meristematic tissues 2) Simple tissues 3) Complex tissues 4) All the above 25. Which of the following tissue has a free surface?

1) Connective tissue 2) Muscular tissue 3) Epithelial tissue 4) Neural tissue 26. Which of the following is not a part of areolar tissue 1) Fibroblasts 2) Mast cells 3) Fibro clasts 4) All of these 27. Assertion (A): Extracellular materials help in separation of cells Reason (B): Cell junctions are formed by extra cellular materials 1) If both (A) and (R) are true and the (R) is a correct explanation of the (A) 2) If both (A) and (R) are true but (R) is not a correct explanation of the (A) 3) If the (A) is true but the (R) is false 4) If both the (A) and (R) are false 28. Who was the first one to see a?

1) Robert hook 2) Leeuwenhoek 3) Robert Brown 4) None of these 29. Omnis cellula e cellula was given in the year?

1) 1756 2) 1855 3) 1945 4) 1839 30. Which of the following organella is exclusively found in animal cells?

1) Mitochondria 2) Cloroplast 3) Vacuole 4) Centriole 31. Which of the following is incorrect?

1) Smallest cell - mycoplasma 2) Smallest cell - Bacteria 3) Largest Single cell - ostriches egg 4) None of these 32. What is a genomic DNA of bacteria?

1) Circular DNA 2) Single stranded DNA 3) Both 1 and 2 4) ds DNA, linear 33. What are Plasmids?

1) Naked genomic DNA 2) Smaller DNA Than genomic DNA 3) Enveloped DNA 4) None of these 34. The percentage of oxygen in human body is..?

1) 65 % 2) 46.6% 3) 18.5% 4) 3.3% 35. Monomeric unit of cellulose is..?

1) Glucose 2) Fructose

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3) Mannose 4) Ribose 36. Lipides may be?

1) Fatty acids 2) Glycerol 3) Compound respectively of both 4) All of these 37. Proteins act as a..?

1) Enzyme 2) Receptor 3) Antibody 4) All of these 38. How many Nitrogen atoms are present in adenine?

1) 3 2) 4 3) 5 4) 6 39. Ptylin is an example of?

1) Oxidoreductase 2) Transferase 3) Hydrolase 4) Ligase 40. Zn (Zinc) is an activator of ...... enzyme ?

1) Carbonic anhydrase 2) Carboxy peptidase 3) Carboxylase 4) All of these 41. Select the correct matching ?

Column - I Column-II A. Gi Phase 1. Gap 1 phase B. CytoKinesis 2. Nuclear division C. Karyokinesis 3. Cytoplasmic division D. S phase 4. Synthesis phase 1) B-1, C-2, A-3, D-4 2) A-1, C-2, B-3, D-4 3) D-1, C-2, B-3, D-4 4) A-1, D-2, B-3, C-4 42. Mitosis is further divided in ..... stages of cytoplasmic division?

1) 1 2) 2 3) 3 4) None of these 43. The correct sequence of stages in cell cycle is..?

1) G1, S, G2, M 2) G1, G2, S, M 3) M, S, G1, G2 4) G2, G1, M, S 44. The only mode of gaseous movement in plant body is..?

1) Diffusion 2) Osmosis 3) Facilitated transport 4) All of these 45. Cell wall is..?

1) Permeable 2) Impermeable 3) Semi permeable 4) Selective permeable

ANSWERS 1-3, 7-3, 13-4, 19-2, 25-3, 31-2, 37-4, 43-1, 49-4,

2-2, 8-3, 14-1, 20-2, 26-3, 32-1, 38-3, 44-1, 50-3.

3-4, 9-2, 15-3, 21-4, 27-2, 33-2, 39-3, 45-1,

4-3, 10-4, 16-3, 22-3, 28-2, 34-1, 40-4, 46-3,

5-1, 11-3, 17-4, 23-4, 29-2, 35-1, 41-2, 47-4,

6-4, 12-4, 18-3, 24-4, 30-4, 36-4, 42-4, 48-2,

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 19,  2018- 

Explain amplitude modulation Continue From 16th September

COMMUNICATION SYSTEM

P. SRINIVAS Physics Faculty Hyderabad

9700724464

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 19,  2018- 

97. In dairy farming, the milk yield depends primarily on the 1) Quality of feed 2) Quality of breeds 3) quality of fodder 4) Management of fodder 98. In poultry, the viral diseases are prevented by 1) Using antibodies

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2) Vaccination 3) Enzymes 4) Hormones 99. In a honeybee colony, the smallest bee is 1) Queen 2) Worker 3) Drone 4) All the above 100. In an ECG tall T-wave indicates 1) Hyper kalemia 2) Brandy cardia 3) Tachy cardia 4) Hyper calcemia

Multiple phenotypes are seen in?

TREI - RB Continue from 18th September 51. Half leaf experiment proved that is required for photosynthesis 1) carbon dioxide 2) Chlorophyll 3) Light 4) Oxygen 52. Which of the following reaction express van niel reaction for photosynthesis?

1) CO2 + H2O Light →Light(CH2O) + O2 2) 2H2A + CO2 → ZA + CH2O + H2O 3) 6CO2 + 12 H2O Light C6H12O6 + 6H2O + 6O2 → Light 4) 6CO2 + 6H2O → C6H12O6 + 6O2 53. Photosynthesis is a 1) Single - step process 2) Two - step process 3) Three - step process 4) Multi - step process 54. Which one is a C4 plant?

1) Papaya 2) pea 3) Potato 4) Maize 55. Common to all living organism is..

1) Krebs cycle 2) Emp pathway 3) ETC 4) All of these 56. How much percentage of energy is released in Fermentation 1) < 1 % 2) < 7 % 3) > 10 % 4) > 20 % 57. RQ of Fatty substances is generally 1) Unity 2) Less than one 3) Greater than one 4) Zero 58. Match the following for PGR Column-I Column-II A. IAA 1. Carotenoids B. Kinetin 2. Terpenes C. ABA 3. Indole compounds 4. Adenine derivatives D. GA3 1) A-3, B-4, C-1, D-2 2) A-1, B-3, C-2, D-4 3) A-4, B-2, C-3, D-1 4) A-2, B-1, C-4, D-3 59. which of the following is not a plant growth promoter?

1) Auxins 2) Gibberellins 3) Ethylene 4) Abscisic acid 60. At the bottom of ponds the decomposers found are 1) Fungi 2) Bacteria 3) Flagellates 4) All of these 61. Detritus contain 1) Dead plant remains (leaves, bark and flower) 2) Dead animals remains 3) Fecal matter 4) All the above 62. Which of these is a primary consumer 1) Grass 2) Goat 3) Man 4) Tiger 63. Ecological pyramids are based on 1) Food chain 2) Food web 3) Energy flow 4) All of these 64. Which gas contributes the maximum to the green house effect?

1) CH4 2) CO2

3) CFCs 4) N2O 65. Eutrophication occurs because of 1) Ca and Mg 2) Nitrogen and phosphorous 3) Carbon and oxygen 4) Hg and DDT 66. Organ of corti is located in 1) Sacculus 2) Scalatympani 3) Scala media 4) Scala vestibule

PGT, TGT Biological Sciences

67. Lens and cornea are nourished by 1) Vitreous humor 2) Aqueous humor 3) Sclera 4) canal of schlemm 68. Receptors for gravity are present on 1) Cochlea 2) Macula 3) Semi circular canals 4) Middle year 69. Papillae present on the surface of the tongue are Known as 1) Circumvallate 2) Fungiform 3) Filiform 4) Foliate 70. The dental formula of human baby is 1) 2112/ 2112 2) 2122/ 2122 3) 2102/2102 4) 2123/ 2123 71. The electrolytes present in the saliva are 1) Na+, K+, Cl- only 2) Na+, Cl- only 3) Na+, K+, Cl-, HCO34) Na+, Mg+, Cl-, HCO372. The digestive hormone that acts on pan ratic acini is 1) Gastrin 2) Secretin 3) Villikinin 4) Enterokinin 73. The volume of CO2 delivered by 100 ml of deoxygenated blood to the alveolar air is 1) 8 ml 2) 4 ml 3) 12 ml 4) 2ml 74. Warfarins prevent the synthesis of the blood clotting factors 1) II, VII, IX, X 2) II, V, IX, X 3) III, VII, IX, X 4) II, VII, IX, X 75. Chest pain caused by norrowing of blood vessels to the heart is termed 1) Myocardial infraction 2) Angina pectorin 3) Myocardial ischemia 4) Atherosclerosis 76. Which of the following is passively reabsorbed in the PCT 1) Na+ 2) Glucose 3) Cl 4) Amino acids 77. Match the following Column-I Column-II A. ANP 1. Aldosteron B. Adrenal cortex 2. Angeotensinogen

C. JG cells D. Liver

3. ACE 4. Renin 5. Heart 1) A-5, B-2, C-4, D-3 2) A-5, B-1, C-2, D-4 3) A-1, B-5, C-4, D-2 4) A-5, B-1, C-4, D-2 78. Set of motor cranial nerves is 1) III, IV, VI, XI, XII 2) III, V, IX, XI, XII 3) III, IV, X, XI, XII 4) IV, V, IX, XI, XII 79. Resting membrane potential of axolemma is about 1) - 70 mv 2) - 45 mv 3) - 100 mv 4) - 55 mv 80. During Oogenesis the first maturation division takes place in 1) Oogonia in primodial follicle 2) Primary Oocyte in primary follicle 3) Secondary Oocyte in secondary follicle 4) Primary Oocyte in secondary follicle 81. ZIFT is considered better than GIFT because 1) ZIFT is easier technique 2) ZIFT is less expensive than GIFT 3) In ZIFT fertilization is ensured 4) ZIFT is a readily available technique 82. Read the following statements A. IUDs ideal contraceptives to females who want to have space between children B. Progesterone is hormone releasing IUD C. Nirodh is an easily wearable popular brand of condoms for males D. DMPA provides protection against pregnancy for three months The correct combination is 1) A and B 2) C and D 3) B and C 4) All are correct 83. According to morgan the genes responsible for the wings size and body colour are located on.

1) Sex - limited 2) Sex - linked 3) Non - linked 4) linked 84. Multiple phenotypes are seen in 1) Pleiotropy 2) Incomplete dominance 3) Multiple allelism 4) Dominance 85. anti-A, anti-B antibodies of human blood are..

1) IgG type 2) IgM type 3) IgD type 4) IgE type 86. Which is not related to co-dominance 1) Co-dominance expresses in Heterozygous 2) AB blood group is due to codominance in human beings 3) Co-dominance expresses in homozygous condition 4) In co-dominance phenotype and genotype ratio is same 87. Human skin colour is an example of 1) Multiple allelesm 2) Poly genic inheritance 3) Pleiotropy

Modala Mallesh research scholar kakatiya university 9989535675

4) Multiple phenotype 88. In human females hetero chromatinized X -chromosome is attached to 1) Cell membran 2) Nuclear membrane 3) RBC 4) Endo plasmic reticulum 89. XY-linked genes are Known as 1) complementary sex linked genes 2) Non complementary sex linked genes 3) In completely sex linked genes 4) completely sex linked genes 90. Alpha thalassemia is due to abnormalities in 1) Beta chain of hemoglobin 2) Alpha chain of hemoglobin 3) Both Alpha and beta chains 4) None 91. Human genome contains 1) 3184.8 millian nucleotides 2) 3165 millian nucleotides 3) 3164.7 millian nucleotides 4) 3000 millian nucleotides 92. DNA Finger printing is based on the analysis of genetic markares called 1) VNTRs 2) VNRRs 3) VNTTs 4) VNNTs 93. In evolution, the mutation occurs in 1) RNA 2) Nucleus 3) Proto plasm of somatic cells 4) DNA of sex cells 94. Genetic drift may cause 1) P+q= 1 2) P+q=0 3) Reduce genetic variability 4) Increase genetic variability 95. Wings of butter flies and wings of birds are the example of 1) Homologous organs 2) Analogous organs 3) Atavistic organs 4) Vestigial organs 96. The first human like hominid is 1) Australopithecus 2) Homo sapiens neanderthalensis 3) Homo erectus 4) cro- magnam man

ANSWERS 51-1, 57-2, 63-1, 69-3, 75-2, 81-3, 87-2, 93-4, 99-2,

52-2, 58-1, 64-2, 70-3, 76-3, 82-4, 88-2, 94-3, 100-1.

53-4, 59-4, 65-2, 71-3, 77-4, 83-4, 89-3, 95-2,

54-4, 60-4, 66-3, 72-2, 78-1, 84-1, 90-2, 96-3,

55-2, 61-4, 67-2, 73-2, 79-1, 85-2, 91-3, 97-2,

56-1, 62-2, 68-2, 74-1, 80-4, 86-3, 92-1, 98-2,

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 20,  2018- 

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39.         ?

1) �  2) � � ��  3) � 4) � 40.     ?

1) ��  � �   2) ��  � �� �   3) ��  �� �, � ��  �  

4) � 41.       ....

1)  �  � 2) � �� 3) � 4) � �� 42.                ?

1) � �� 2) � 3) � 4) �

    ? -

1.       .          .    .         ?

1) 476 2) 377 3) 378 4) 256 2.          .        ? . ��    � ��  � � �� . ��   � �� 1) 1 2) 2 3) 1, 2 4) � 3.    6       ,        .       ?

1)  2)  3) � 4)  4.   9            .      ....

1) ��  2)  3) � 4)  5.    NRC ?

1) National Register of Census 2) National Census Register 3) National Census of Relegions 4) � 6.       ,   ?

1)   2)  � 3)   4) � � 7.     35 ?

1)  �� � �  �  ��  2)   �  �� � �  �� � ��  ��� 3) � � �  �   4)  8.      .

1. �� � . �, �, , �� 2. �� � . ��, �, �� , � 3. � � . ��, , ���, � 4. � � . , , , ��,  1) 1-, 2-, 3-, 4- 2) 1-, 2-, 3-, 4- 3) 1-, 2-, 3-, 4- 4) � 9.       ‘  ’    ?

1)  �� 2)  � � 3) � � 4)  � 10.              ?

1)   �� 2)   �

3)    �� 4)   � 11.     () ?

1)   � 2)   �� 3)  �  4)   � 12.  ‘  ’ ?

1)   � 2)  � 3)  � 4)    � 13.     ?

1) �� � 2) � � 3) ��  4)  � 14.           ?

1) 22 2) 25 3) 17 4) ��  �

   15.         ?

1)  ��  - �  2)  �   -  � � 3)    - � � 4)  16.    ‘ ’   ?

1) �� ��    2) � �� 3) � �� 4) � 17.      ()         377     ?

1) �� 2)  3)  4)  18. ,         ()   ‘ ’      ?

1)  25 2) � 2 3)  26 4)  1 19. ,       ,               2 ?

1)     2) � , � ��:    � 3) � , � �:    � 4) � 20.           ()     ?

1) 2021 2) 2031 3) 2019 2020 21. ,              1  .       .      ?

1)  � �� �  �       �� 2)  � �� � � �

  3)  � 4) � 22.       ()      ()  15   ?

1) �  2) �  3) �� 4) 1, 2 23.        ,       ?

1)  2) � 3) �� � 4) � 24.          30 ?

1) � 2)   � 3)   4)  � 25. ‘   ’  ?

1) � 2) � 3) � 4) � 26.          23     .      ?

1) �� � 2) � � 3) �� � � 4) �� 27.     ,      23     ?

1) -� 2) -� 3) -� 4) - 28.          (NRC)   ?

1) 1971, � 24 � � �  �  �  2) 1971, � 24 � ��  �  �  3)  � 4) � 29.   . . � � � � �   ‘� �  � 1   �  . � � , , ��, �   � � ��  �� . � �� � � � � � � �� �  � .  �,  �  �    �,  � � �   � � 1)  2) , , ,  3) ,  4) ,  30.          ?

1) ��� 2) � 3) � 4) � 31. 12            .     . . 12 � � ��� �  � 20   � �    �  � . 12 � � �     �  . 16 � � ��   10

 

8008356825   20   � �     � . 16 � � �     � . � ��    7  10   � �   � 1) , , ,  2) ,  3)  4)   32.       ,     ()     ?

1) � 2)   3) �  4) �   33. 2016-17               () ?

1) � 2)  3) � � 4)  34.              ?

1) � � 2) � � 3) � 4) � � 35.   ?

1)   2)   3)    4)  36.        ? . � - 70,000 (��) .  - 60,000 (��) .  - 100,000 (��) 1)  2)  3)  4) , ,  37.            ()      9  ?

1) �� 2) �� 3) � 4)  38.     .... .  � �  ,  , ��� � ��   �  � .  � �  ,  , ��� � ��   �  � 1)   2)   3) � 4) �� �   � 1-2 7-4 13-1 19-3 25-1 31-4 37-3

2-3 8-2 14-4 20-1 26-1 32-2 38-2

 3-3 9-2 15-4 21-3 27-2 33-2 39-1

4-3 10-1 16-2 22-4 28-3 34-3 40-3

5-1 11-1 17-2 23-2 29-2 35-2 41-4,

6-1 12-1 18-2 24-1 30-1 36-4 42-1

10

 20,  2018- 

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ISRO successfully launches PSLV C 42 with two British earth observation satellites � Indian Space Research

Organisation successfully launched PSLV C 42 with two British earth observation satellites NovaSAR and S1-4 in precision on 16th September from the Sathish Dhawan Space Centre Sriharikota. The satellites

were put into sun synchronous orbit just over 17 minutes after lift off from the first launch pad.

With the successful launch of two British satellites on 16th September, the total number of foreign satellites launched by India goes up to 239.

Swayangsiddha scheme main objective is..?

Current Affairs 1) Assertion: According to the United Nations latest report, the number of undernourished globally increased to 821 million in 2017 Reason: United Nations reported that the rise in number of undernourished to conflict and climate change a. Both A and R are true, and R is the correct explanation of A b. Both A and R are true, but R is not the correct explanation of A c. A is true, but R is false d. A is false, but R is true 2) Pradhan Mantri Annadata Aay SanraksHan Abhiyan, an umbrella scheme includes the mechanism of ensuring remunerative prices to the farmers and is comprised of which of the following?

1. Price Support Mechanism 2. Public Distribution System 3. Price Deficiency Payment Scheme 4. Pilot of Private Procurement & Stockist Scheme 5. Price of National Agricultural Market Scheme a. 1, 2, 3 b. 2, 3, 4, 5 c. 1, 3, 5 d. 1, 3, 4 3) European Union legislators voted in favour of launching punitive action against which country’s government for flouting democratic rules? a. Greek b. British c. Hungary d. Norway 4) Assertion: The Union cabinet approved a proposal for the complete electrification of Indian Railways by 2021-22?

Reason: The union Government decided to reduce dependence on imported fossil fuel and saving revenue a. Both A and R are true, and R is the correct explanation of A b. Both A and R are true, but R is not the correct explanation of A c. A is true, but R is false d. A is false, but R is true 5) Observe the following sentences 1. Samsung has opened its biggest experience centre in Pune in third week of September 2018 2. Samsung has opened its biggest experience centre in Bengaluru in third week of September 2018 3. In July 2018, Samsung had opened world’s largest mobile phonemanufacturing factory in Noida 4. In July 2018, Samsung had opened world’s largest mobile phonemanufacturing factory in Gurgaon Which of the above are true a. 1, 3 b. 2, 3 c. 1, 4 d. 2, 4 6) In which of the following state, India’s first tribal circuit project connecting 13 tourism sites was inaugurated? a. Nagaland b. Meghalaya c. Chhatisgarh d. Manipur 7) Match the following?

India's @ 130 in human development growth � India has been ranked 130 among 189

nations in the United Nations Development Programme (UNDP)'s human development indices (HDI) for the year 2017. While the country was placed at the 131st spot in 2016, the report explicitly states that “it is misleading to compare values and rankings with those of previously published reports”. According to the data, which is based on consistent methodology that shows real changes in values and ranks For All over time, India’s rank Competitive actually moved one place exams from 129/188 to 130/189.

1. Hindi Diwas a. September 27th 2. Engineers Day b. September 15th 3. World Tourism day c. September 16th 4. World Rabies Day d. September 14th 5. World Ozone Day e. September 28th a. 1-d, 2-b, 3-a, 4-e, 5-c b. 1-d, 2-b, 3-a, 4-c, 5-e c. 1-d, 2-a, 3-b, 4-e, 5-c d. 1-d, 2-b, 3-e, 4-a, 5-c 8) The Union Cabinet has approved a MoU on the collaborative research of distributed ledger Technology, and research will be jointly conducted by one bank from BRICS nations, which bank participates from India? a. State Bank of India b. Bank of Baroda c. Punjab National bank d. EXIM bank 9) In the third week of September, 2018, Indian Vice President Venkaia Naidu embarked three countries visit, which of the following country, he is not visited? a. Romania b. Malta c. Hungary d. Serbia 10) Match the following countries and capitals?

1. Serbia a.Caracas 2. Malta b.Buchares 3. Romania c. Belgrade 4. Venezula d.Valletta a. 1-c, 2-d, 3-a, 4-b b. 1-c, 2-d, 3-b, 4-a c. 1-c, 2-a, 3-b, 4-d d. 1-b, 2-d, 3-c, 4-a 11) Match the following 1. Longest served Chief Justice of India a. Kamal Narain Singh 2. Shortest served Chief Justice of India b. Ranjan Gogoi 3. First Chief Justice of India c. YV Chandrachud 4. First CJI to become acting President of India d.Hiday Thulla 5. 46th Chief Justice of India e.H.J. Kania a. 1-c, 2-a, 3-d, 4-e, 5-b b. 1-c, 2-e, 3-a, 4-d, 5-b c. 1-a, 2-c, 3-e, 4-d, 5-b

d. 1-c, 2-a, 3-e, 4-d, 5-b 12) On 19th September RBI has decided to purchase Government securities worth Rs 10,000 crore, and this results to….? a. Reduces liquidity in Market b. Leads to control of petrol price c. Induces liquidity into the market system d. None of the above 13) The Government in September 2018 decided to merge which of the following banks?

1. Dena Bank 2. Bank of Baroda 3. Allahabad Bank 4. Vijaya Bank 5. Syndicate Bank a. 1,2,4 b. 1, 2, 5 c. 2,3,5 d. 1, 3, 5 14) Which of the following countries cabinet, in September 2018 decided to ban Animal Sacrifice in Hindu temples, in that country? a. Nepal b. Bhutan c. Malaysia d. Sri Lanka 15) Observe the following sentences?

1. The 15th Pravasa Bharatiya Diwas (in 20 19) will be held in Bengaluru 2. The 15th Pravassa Bharatiya Diwas (in 2019) will be held in Varanasi 3. The theme of 15th Pravasa Bharatiya Diwas is Role of Indian Diaspora in building a New India 4. The theme of 15th Pravasa Bharatiya Diwas is Role of Indian Diaspora in building world Which of the above are true a. 1, 4 b. 1, 3 c. 2, 3 d. 2, 4 16) Match the following, Indian states and their activities in September 2018 1. Swayangsiddha scheme a. Maharashtra 2. Open Defacation free state (in all its 22 districts) b. Telangana 3. First Dog Park in country c. West Bengal 4. Ban of e-cigarate d. Jammu and Kashmir 5. First State to mandate RFID tag for e-Way bill e.Tamilnadu a. 1-c, 2-d, 3-b, 4-a, 5-e b. 1-c, 2-d, 3-b, 4-e, 5-a c. 1-d, 2-c, 3-b, 4-e, 5-a d. 1-d, 2-e, 3-b, 4-c, 5-a 17) Match the following Banks and Head quarters?

1. Bank of Baroda a. New Delhi 2. Vijaya Bank b. Mumbai 3. Dena Bank c. Vadodara 4. Punjab national Bank d. Bengaluru a. 1-c, 2-d, 3-b, 4-a b. 1-d, 2-c, 3-b, 4-a c. 1-c, 2-d, 3-a, 4-b d. 1-c, 2-b, 3-d, 4-a 18) West Bengal has launched Swayangsiddha scheme, the main objective of this is? a. Providing loans for self employment b. Self improvement program c. Combating Human Trafficking d. None 19) What is the rank of India in United

V. Rajendra Sharma Faculty 9849212411 Nations Development Programme (UNDP)'s human development indices (HDI) for the year 2017? a. 120 b. 130 c. 140 d. 150 20) Match the following events and countries, conducted in September 2018?

Event venue 1. G-20 Trade and Invest Ministerial Meeting a. Republic of Korea 2. Jaipur Literature Festival b. Turkey 3. 32nd Ahmet Comert Boxing Tournament c. Argentina 4. 52nd ISSF World Championship d. USA a. 1-c, 2-d, 3-b, 4-a b. 1-a, 2-b, 3-c, 4-d c. 1-d, 2-c, 3-b, 4-a d. 1-c, 2-a, 3-c, 4-d 21) Match the following states, related issues?

1. State that launched Yuva Nestham a.Uttara Khand 2. Best states under PMGSY b. Assam 3. State Having Maximum Number of HIV patients c.Andhra Pradesh 4. State gives 1 lakh pump sets to farmers d. Maharashtra 1. 1-a, 2-c, 3-d, 4-b 2. 1-c, 2-a, 3-b, 4-d 3. 1-c, 2-a, 3-d, 4-b 4. 1-c, 2-b, 3-d, 4-a 22) SAFF (South Asian Football Federation) Cup 2018, was held in Bangladesh, Maldives had won, in final Maldives defeated? a. Bangladesh b. Sri L anka c. Nepal d. India 23) Name the Indian company that was named ‘Steel Industry Leader’ globally by the Dow Jones Sustainability Index 2018 (DJSI)? a. Tata steel b. Visaka Steel c. Steel Authority of India Limited d. None 24) Which country has been ranked first in the latest ICC (International Cricket Council) Test Team Rankings, as on 11thSeptember 2018? a. England b. Australia c. India d. South Africa

ANSWERS

1-a

2-d

3-c

4-a

5-b

6-c

7-a

8-d

9-c

10-b

11-d

12-c

13-a

14-d

15-c

16-b

17-a

18-c

19-b

20-a

21-c

22-d

23-a

24-c

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7

 21,  2018- 

PAIR OF LINEAR EQUATIONS CHAPTER - 4

2 MARKS QUESTIONS

B.Laxminarayana Maths Senior Faculty Hyderabad 9849386253

10th Class Special

1 MARKS QUESTIONS

Multiple choice questions

4 MARKS QUESTIONS

PRACTICE QUESTIONS

ANSWERS -

10

 21,  2018- 

19.     7    ,  , ,     . ,    ,   ,   ,   ? : �  �= 7   �= 72 = 49  �  � 73= 343  � �, �  �� = 1:k2 = 1:49 � �, � � �� = 1:k2 = 1:49

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�, � �� = 1:k3 = 1:343 �, � �  = 1:7 20.     1600 ..    ,  ? : 4a2 = 1600 a = 20 � � � = 6a2 = 6(202) = 2400.. � = a3 = (20)3 = 80003 � �

  k    ? 

 � � � �

�, ,  ��    �  F = �  +2 = 4+2 = 6 �  V = �  x2 = 4x2 = 8   E = �  x3 = 4x3 = 12

: �

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F, V, E   = F+V-2 = E   � a    � 12a  � �= 6a2   �= 4a2 � v= a3  �= √(a2+a2+a2) d = √3a  � k    � k   � k2   � k2   � k3  . � �  1:k �, �  ��� = 1:k2 �, � � �� = 1:k2 �, � �� = 1:k3

i. 6 ii. 8 iii. 12 iv. 18 2.    12..  i.    �? ii.   �? iii.  � �? iv.   �? v.  �� �? : i. 12a = √2 x 12 = 144.. ii. 4a2 = 4 x 122 = 4x144 = 576... iii. 6a2 = 6 x 122 = 6x144 = 864... iv. √3 a = 12√3.. v. s3 = 123 = 1728..

 -4   

 

�, ,  �      �. �  � = 4+2 = 6 �= 4x2 = 8 = 4x3 = 12   = 4(l+b+h)   �= �  x  = 2h(l+b) �  � � =  � + 2 x � =2h(l+b)+2(lb) = 2(lb+bh+hl) �   �= √(l2+b2+h2) � � v= � � x  = lb x h = lbh  , ,  k   �  � k  �  � k2  �  � k2   � k3  . �, �  �� = 1:k2 �, � � �� = 1:k2 �, � �� = 1:k3 �, � � = 1:k 1.      i. � ? ii. �� ? iii. � ? iv.  ? : �

3.    ,     ? : � 4a2 = a3 a=4 4.    512..      .. .2   ? : � a3 = 512 a3 = 83 a =8 �  � = 4a2 = 4x64 = 256.3 �  = 256x2 = �. 512 5. 10.        2.         ? : � �  = �/ � = (10x10x10)/(2x2x2) = 125 6.    20         ? : � =100(120/100)(120/100) - 100 = 144-100 =44%  7.    20        ? :

=100(120/100)(120/100)(120/100) - 100 = (1728/10)-100 =72.8%  8.    4%      ? : � :    a �  � ��  � {3a+(3a2/100)+(a3/1002)}% � a=4 = {3x4+(3(4)2/100)+(43/1002)}% = (12+0.48+0.0064)% = 12.4864% = 12.49%  9.     8.., 6.., 5..    ? : � l = 8, b = 6, h = 5  � = √(l2+b2+h2) = √(82+62+52) = √(64+36+25) = √125 = √(25x5) = 5√5..

10. 20. , 15. , 10.     ,  , ,    ? : �  � = 2h(l+b) = 2x10(20+15) = 20x35 = 700.3 � � � = 2(lb+bh+hl) = 2(20x15+15x10+10x20) = 2(300+150+200) = 1300.. � � = lbh = 20x15x10 = 3000.3 �  �  = 4(l+b+h) = 4(20+15+10) = 180.

11.     600.3,  ,    15., 18.    ? : � lbh = 600 15x18xh = 600 h = 20/9 . �  � = 2h(l+b) = 2(20/9)(15+18) = 2(20/9)(33) = 440/3 ., :  � x ,  y ,  z   � �� � � = (xyz-1)100% 12.   , ,   10 , 10 , 20        ? : � �� � � = {x+y+z+((xy+yz+zx)/100)+ (xyz/1002)}% = {10+10+20+((100+200+200)/100)+ (20000+10000)}% = {40+(500/100)+(1/5)}% = (40+5+0.2)% = 45.2%  �

 

   , ,  9441022571  100(110/100)(110/100)(120/100)-100 = 45.2% 13.   3 ,  2 ,  2       ? : � x =3, y = 2, z = 2  �� � � = (xyz-1)x100% = (3x2x2-1)x100% = 1100%  14.    10  ,  20 ,  30       ? : = {100(110/100)(120/100} (130/100)) - 100 = (1716/10)-100 = 171.6-100 = 71.6 �  : �  � � l, b, h,   w  �  � L = l+2w ===> l = L-2w B = b+2w ===> b = B-2w H = h+2w ===> h = H-2w � �  � l, b, h,   w   � L = l+2w ===> l = L-2w B = b+2w ===> b = B-2w H = h+w ===> h = H-w 15.   12., 9. , 8.      2.         ? : �   �=     � - �  � (12x9x8 - 8x5x4) 864-160 = 704 ..

16. 18. , 16. , 14.    . : � v = lbh = 18x16x14 = 4032.3 17. 16. , 12. , 8.       4. , 3. , 2 .        ? : �  �  = (16x12x8)/ (4x3x2) = 64 18. 6 . , 4 . , 2 .     6.., 4.. , 2..     ? : �   = (600x400x200)/(6x4x2) = 10,00,000

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 23,  2018- 

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22.    ? .   - 2000 .  2020 - 1999 .  - 2004 . � � - 2004 . � � - 2004 1)   � 2)   3) ,   4) ,   23.   ? . �� �  949 � �. 2    �  � . � �  �   �

. �  �� . 104  - 2009 . � - 2007 1)   2)   � 3)   4) , , ,   24. .   - 2015,  1 .    - 2015 . � - 2016 .  - 2016 . �� - 2016 1)   2)   � 3)  �  4) ,  

    ?

1.    . . � � � � � 1972,  1 ��   . 1972� � �� . 1972� ��� �� �� .  �  � � (�)1973� �� 2.    .

1.  .    � 2.  � . �  � 3.  � .    4.   . �  5.  � . �� �  6.  .   �  �  7.  . � � 1) 1-, 2-, 3-, 4-, 5-, 6-, 7- 2) 1-, 2-, 3-, 4-, 5-, 6-, 7- 3) 1-, 2-, 3-, 4-, 5-, 6-, 7- 4) 1-, 2-, 3-, 4-, 5-, 6-, 7-  3.    ?

1) �� �  �    2) 1979 � �  3) �  ���     4)   4.    . .  - 1980 .  - 1975 .  - 1975 .  � �� � - 1975 .    () - 1974 .    - � � .  �  - �   1) , , ,   2)   3)   4) , ,   5.     ? .  -  � .  () -1979,  15 . �� - 1982 . �� - � � .  - 1983 1)   2)   3)  �  4) ,  �  6.        ? . 1903�  � ��  �  � . 1920� � �� -  � . 1920�   -� � . 1921�  � - �� � . 1932�  �� -�� � . 1933� � - �� � . 1946� � �

    ,  8179775268

   - � � �. 1948�    -�� � . 1948�   -� � 1)   2)   3) , , ,   4) ,   7.   1958  .    ?

1) � �   2) � �  3) � �   4) �    8.   . . �   � �   � 1952, �  2 �� . � �   -  . �� �   � �� .   � ��� � � �   .   1956, � �    � � � .   ���  �   �.  5, 6 �� � � 1)   2)   3) ,   � 4)     9.  (1948-52)  ?

1) ��, � �  � �  2) � � �� �� 3) � �� � � 4)   10.     ? . �   () - 1952 . �   () - 1952 . �   - 1955 .     - 1955 . � �  - 1965 .  �  - 1969 1)   2)   3)     4) ,    

11.   . . , ��� � � �  � . ... 3/4   �� � � �  � �� � �� � . ���  - � .  � � � -  �  . � �  ���  . 1893 - 1945 � � � � � 1)   2)   3) ,     4)     12.   ? . � �  .     �    1) ,   2) ,   � 3) ,    4) ,    � 13.        . .  - 1980 .  - 1979 .  - 1989 .  - 2001 .  - 1997 .  - 1983 1) , , ,   � � 2) ,   � � 3)   4)   14.        ? . � - 1977-78 .  - 1980 .  - 1999 . � - 2004 . � -1992 1) , , , ,   2) , , ,   3) ,   4) ,   15.        . .  - 1986 .  - 1989 . � - 1990 .  - 1997 .  1) , , , ,   2) ,   3) , , ,   4) , ,  

16.        ? .  - 1995 . � - 2000 . �  � - 2000 .  - 1980 .  - 2007 1)  2)  3)  4)  17.        ? . � -1977 .  .  .  .  1)   2)   3)  � 4)  � 18.               . . /  -  .  -   � -  . � -  . � -  . � -  1)   � 2) , , , ,   3) ,   4)   19.     . . /  / �� . �� -  . � - -  . �� - �� . � -   .  - �� . � / � - � 1)   2)   3) , , ,   4) , ,   20.          .

1)  . 100� � �  � � 2)  � . 100  250 � ��  � 3) � . 250  1000  ��  � 4) � . 1000  2500  � ��  � 21.   ? . � - 1997 . � - 1998 . ,  - 1998 .  - 1999 . � - 1999 1)   2)   1-4, 7-1, 13-1, 19-1,

2-2, 8-1, 14-2, 20-1,

 3-4, 9-1, 15-3, 21-1,

4-2, 10-3, 16-1, 22-2,

5-3, 11-4, 17-1, 23-3,

6-1, 12-1, 18-4, 24-1.

10

 23,  2018- 

34.      ?

1) � 2) � 3) � �� 4) � 35.       17  ?

1) � 2)  3) � 4) � 36.         ?

1) 243 2) 342 3) 246 4) 248

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37. 2018,  16 -42       ?

1)  � 2) � 3)  4)  38.        ?

1) 131 2) 130 3) 132 4) 142 39. 2018,  20          .     ?

1)  2) � 3) � 4) 

     ?

1. 2018       ,   .       ?

1)  2) � 3) �  4) � 2. 2018    20   .         ?

1) � 2) � 3)  4)  3.   2018      ?

1)  � 3)  3)  4) � � 4.            .      ?

1) � 2) � 3)  4)  5.           .        ?

1)  � 2) � 3) � 4) � 6.       ?

1) � 2)  � 3) � 4)  7.          ?

1)  2) � 3) � 4)  8.        : -         ?

Category: Scholarship: Description:

Eligibility:

Prizes & Rewards:

Last Date to apply: Application:

   19  10   ,  .  � �  �

,  -  � -  ��  � - � �  �   -  �� � � -   �� � -  �� �  �� -  � �� � -  � � �   � -    �  � - � � �

Scholarships

International Level Study Estonia(India) Merit Scholarship for February 2019 Estonia based Estonian Entrepreneurship University of Applied Sciences (EUAS) is looking forward to applications from students who are interested in pursuing Undergraduation Degree in Software Development and Entrepreneurship and Creativity and Business Innovation and Postgraduation with MBA in International Business and Administration, for its February 2019 intake.

To be considered for the undergraduation programme, one must not be more than 25 years of age and must have 50% in class 12 examination.

The candidate must have English proficiency certificate of FCE, CAE, IELTS with 5.5 or above, or TOEFL with 69 or above. For MBA programme, candidate must be a first or second division holder in his or her bachelor's program of age not more than 35 years. Expected English proficiency is of 6.0 or above in IELTS. Selected candidate will be given complete tuition fee waiver, a temporary residence permit of 6-month post completion of the programme, low average cost of living of up to EUR 300 p.m. and a prospect of earning an average monthly salary of EUR 1146 after the completion of the program.

November 30, 2018 Applications are accepted online only.

Courtesy: www.buddy4study.com

1)  � 2)   3) � � 4)   13.           ?

1) � 2)  � 3)  �� 4) � 14.           ?

1) 2021 2) 2022 3) 2024 4) 2025 15.          2018,  20   ?

1)  2)  3)  4) � 16.        ?

1)  2) ��� 3) � 4) � 17.  29         .        ?

1) 2017 2) 2018 3) 2016 4) 2015 18.   58        ?

1) � 2) � 3) �� 4)  19.        ?

1) � 2) � 3)  4) �� 20. 2018,  22    ,           ?

1) �� � 2) � � 3)  �  �� 4)  � 21.            ?

1)  2) � 3)  4)  22. 2015         ?

1) 521 2) 520 3) 620 4) 721 23.       ?

1)  20 2)  21 3)  22 4)  23 24.  -        ?

1) �� 2) � 3) � 4) � 25.          .        ?

1) 2022 2) 2023 3) 2021 4) 2024 26. 2018,  20    -7        ?

1) �� 2) �� 3) � 4) � 27. 2018,  15           ?

1)  � 2)  3) � 4) 

   &       



28.        , ,        ?

1)  2)  3) � 4) �� 29.        ?

1) 1997 2) 1998 3) 1999 4) 2000 30.           ?

1) 2013 2) 2018 3) 2009 4) 2008 31.      ?

1) �  �� 2) � � 3) � � 4)  �  � 32.          ?

1) � 2) �� 3) � 4)  33.          ?

1) � 2) � 3)  4) � 1-2, 7-2, 13-3, 19-4, 25-3, 31-4 , 37-4,

2-1, 8-2, 14-2, 20-4, 26-4, 32-3, 38-2,

 3-2, 9-3, 15-1, 21-3, 27-3, 33-4, 39-2

4-1, 10-4, 16-3, 22-2, 28-2, 34-4,

5-2, 11-3, 17-3, 23-2, 29-2, 35-2,

  

6-1, 12-1, 18-4, 24-3, 30-4, 36-1,

� �   .  �� � �   �  .  �   �� � .  �    ��  �     ‘9   ’ �      �. � , � � �   ��  �� �. � �  � �  � �� � . � 244 , : �. 200/-, �   � �  . � � �   , � � �,  ��. �  : 9246577890, 994983383 �

 

 & 

1)  � 2)   3)  � -  4)  � 9.            ?

1) �  � 2) � � 3)   4)   10.    ‘’        ?

1) � 2)  3)  4) � 11.      ‘ 100’       ?

1)  2)  3)  4) � 12.    -              ?

ntnews.com

7

 23,  2018- 

ntadilabad.com

22.    ? .   - 2000 .  2020 - 1999 .  - 2004 . � � - 2004 . � � - 2004 1)   � 2)   3) ,   4) ,   23.   ? . �� �  949 � �. 2    �  � . � �  �   �

. �  �� . 104  - 2009 . � - 2007 1)   2)   � 3)   4) , , ,   24. .   - 2015,  1 .    - 2015 . � - 2016 .  - 2016 . �� - 2016 1)   2)   � 3)  �  4) ,  

    ?

1.    . . � � � � � 1972,  1 ��   . 1972� � �� . 1972� ��� �� �� .  �  � � (�)1973� �� 2.    .

1.  .    � 2.  � . �  � 3.  � .    4.   . �  5.  � . �� �  6.  .   �  �  7.  . � � 1) 1-, 2-, 3-, 4-, 5-, 6-, 7- 2) 1-, 2-, 3-, 4-, 5-, 6-, 7- 3) 1-, 2-, 3-, 4-, 5-, 6-, 7- 4) 1-, 2-, 3-, 4-, 5-, 6-, 7-  3.    ?

1) �� �  �    2) 1979 � �  3) �  ���     4)   4.    . .  - 1980 .  - 1975 .  - 1975 .  � �� � - 1975 .    () - 1974 .    - � � .  �  - �   1) , , ,   2)   3)   4) , ,   5.     ? .  -  � .  () -1979,  15 . �� - 1982 . �� - � � .  - 1983 1)   2)   3)  �  4) ,  �  6.        ? . 1903�  � ��  �  � . 1920� � �� -  � . 1920�   -� � . 1921�  � - �� � . 1932�  �� -�� � . 1933� � - �� � . 1946� � �

    ,  8179775268

   - � � �. 1948�    -�� � . 1948�   -� � 1)   2)   3) , , ,   4) ,   7.   1958  .    ?

1) � �   2) � �  3) � �   4) �    8.   . . �   � �   � 1952, �  2 �� . � �   -  . �� �   � �� .   � ��� � � �   .   1956, � �    � � � .   ���  �   �.  5, 6 �� � � 1)   2)   3) ,   � 4)     9.  (1948-52)  ?

1) ��, � �  � �  2) � � �� �� 3) � �� � � 4)   10.     ? . �   () - 1952 . �   () - 1952 . �   - 1955 .     - 1955 . � �  - 1965 .  �  - 1969 1)   2)   3)     4) ,    

11.   . . , ��� � � �  � . ... 3/4   �� � � �  � �� � �� � . ���  - � .  � � � -  �  . � �  ���  . 1893 - 1945 � � � � � 1)   2)   3) ,     4)     12.   ? . � �  .     �    1) ,   2) ,   � 3) ,    4) ,    � 13.        . .  - 1980 .  - 1979 .  - 1989 .  - 2001 .  - 1997 .  - 1983 1) , , ,   � � 2) ,   � � 3)   4)   14.        ? . � - 1977-78 .  - 1980 .  - 1999 . � - 2004 . � -1992 1) , , , ,   2) , , ,   3) ,   4) ,   15.        . .  - 1986 .  - 1989 . � - 1990 .  - 1997 .  1) , , , ,   2) ,   3) , , ,   4) , ,  

16.        ? .  - 1995 . � - 2000 . �  � - 2000 .  - 1980 .  - 2007 1)  2)  3)  4)  17.        ? . � -1977 .  .  .  .  1)   2)   3)  � 4)  � 18.               . . /  -  .  -   � -  . � -  . � -  . � -  1)   � 2) , , , ,   3) ,   4)   19.     . . /  / �� . �� -  . � - -  . �� - �� . � -   .  - �� . � / � - � 1)   2)   3) , , ,   4) , ,   20.          .

1)  . 100� � �  � � 2)  � . 100  250 � ��  � 3) � . 250  1000  ��  � 4) � . 1000  2500  � ��  � 21.   ? . � - 1997 . � - 1998 . ,  - 1998 .  - 1999 . � - 1999 1)   2)   1-4, 7-1, 13-1, 19-1,

2-2, 8-1, 14-2, 20-1,

 3-4, 9-1, 15-3, 21-1,

4-2, 10-3, 16-1, 22-2,

5-3, 11-4, 17-1, 23-3,

6-1, 12-1, 18-4, 24-1.

10

 23,  2018- 

34.      ?

1) � 2) � 3) � �� 4) � 35.       17  ?

1) � 2)  3) � 4) � 36.         ?

1) 243 2) 342 3) 246 4) 248

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37. 2018,  16 -42       ?

1)  � 2) � 3)  4)  38.        ?

1) 131 2) 130 3) 132 4) 142 39. 2018,  20          .     ?

1)  2) � 3) � 4) 

     ?

1. 2018       ,   .       ?

1)  2) � 3) �  4) � 2. 2018    20   .         ?

1) � 2) � 3)  4)  3.   2018      ?

1)  � 3)  3)  4) � � 4.            .      ?

1) � 2) � 3)  4)  5.           .        ?

1)  � 2) � 3) � 4) � 6.       ?

1) � 2)  � 3) � 4)  7.          ?

1)  2) � 3) � 4)  8.        : -         ?

Category: Scholarship: Description:

Eligibility:

Prizes & Rewards:

Last Date to apply: Application:

   19  10   ,  .  � �  �

,  -  � -  ��  � - � �  �   -  �� � � -   �� � -  �� �  �� -  � �� � -  � � �   � -    �  � - � � �

Scholarships

International Level Study Estonia(India) Merit Scholarship for February 2019 Estonia based Estonian Entrepreneurship University of Applied Sciences (EUAS) is looking forward to applications from students who are interested in pursuing Undergraduation Degree in Software Development and Entrepreneurship and Creativity and Business Innovation and Postgraduation with MBA in International Business and Administration, for its February 2019 intake.

To be considered for the undergraduation programme, one must not be more than 25 years of age and must have 50% in class 12 examination.

The candidate must have English proficiency certificate of FCE, CAE, IELTS with 5.5 or above, or TOEFL with 69 or above. For MBA programme, candidate must be a first or second division holder in his or her bachelor's program of age not more than 35 years. Expected English proficiency is of 6.0 or above in IELTS. Selected candidate will be given complete tuition fee waiver, a temporary residence permit of 6-month post completion of the programme, low average cost of living of up to EUR 300 p.m. and a prospect of earning an average monthly salary of EUR 1146 after the completion of the program.

November 30, 2018 Applications are accepted online only.

Courtesy: www.buddy4study.com

1)  � 2)   3) � � 4)   13.           ?

1) � 2)  � 3)  �� 4) � 14.           ?

1) 2021 2) 2022 3) 2024 4) 2025 15.          2018,  20   ?

1)  2)  3)  4) � 16.        ?

1)  2) ��� 3) � 4) � 17.  29         .        ?

1) 2017 2) 2018 3) 2016 4) 2015 18.   58        ?

1) � 2) � 3) �� 4)  19.        ?

1) � 2) � 3)  4) �� 20. 2018,  22    ,           ?

1) �� � 2) � � 3)  �  �� 4)  � 21.            ?

1)  2) � 3)  4)  22. 2015         ?

1) 521 2) 520 3) 620 4) 721 23.       ?

1)  20 2)  21 3)  22 4)  23 24.  -        ?

1) �� 2) � 3) � 4) � 25.          .        ?

1) 2022 2) 2023 3) 2021 4) 2024 26. 2018,  20    -7        ?

1) �� 2) �� 3) � 4) � 27. 2018,  15           ?

1)  � 2)  3) � 4) 

   &       



28.        , ,        ?

1)  2)  3) � 4) �� 29.        ?

1) 1997 2) 1998 3) 1999 4) 2000 30.           ?

1) 2013 2) 2018 3) 2009 4) 2008 31.      ?

1) �  �� 2) � � 3) � � 4)  �  � 32.          ?

1) � 2) �� 3) � 4)  33.          ?

1) � 2) � 3)  4) � 1-2, 7-2, 13-3, 19-4, 25-3, 31-4 , 37-4,

2-1, 8-2, 14-2, 20-4, 26-4, 32-3, 38-2,

 3-2, 9-3, 15-1, 21-3, 27-3, 33-4, 39-2

4-1, 10-4, 16-3, 22-2, 28-2, 34-4,

5-2, 11-3, 17-3, 23-2, 29-2, 35-2,

  

6-1, 12-1, 18-4, 24-3, 30-4, 36-1,

� �   .  �� � �   �  .  �   �� � .  �    ��  �     ‘9   ’ �      �. � , � � �   ��  �� �. � �  � �  � �� � . � 244 , : �. 200/-, �   � �  . � � �   , � � �,  ��. �  : 9246577890, 994983383 �

 

 & 

1)  � 2)   3)  � -  4)  � 9.            ?

1) �  � 2) � � 3)   4)   10.    ‘’        ?

1) � 2)  3)  4) � 11.      ‘ 100’       ?

1)  2)  3)  4) � 12.    -              ?

ntnews.com

7

 24,  2018- 

ntadilabad.com

34.   ?

1) �  2) �  3) � �  ���  � � 4) �  35.           ?

1) � 90 � 2) � � � �� 3) � 60 � 4) 1 � 2 36.     ?

1)  2)  3) � � 4) �  37.             ?

1) � � 2)  3) � 4)  38.            ?

1)  � 2) 15 � 3) 90 � 4) 180 �

    ?   -2018

1.                  ?

1)  33 2)  34 3)  32 4)  36 2.   -2018       ?

1)  2) � � 3)   4)  � 3.    -2018  43(4)     ?

1)  2)  3) ,  � 4) � � 4.   -2018  43(6)(4)           ?

1) 85 2) 70 3) 75 4) 80 5.    -2018  ‘         .           ’   ?

1) 43(6) 2) 43(6)(2) 3) 43(6)(1) 4) 43(6)(7) 6.    -2018    .. ,       ?

1)  43(5)(14) 2)  43(5)(12) 3)  43(5)(11) 4) � 7.     ?

1) 12,751 2) 12,471 3) 12,851 4) 12,351 8.    ? . � ��    � ,  �      �   .  �  � � �� �  �   ��  � .   � �  � � �� �  � �    �  1)  � 2) , ,  3)  � 4)   � 9.              ?

1) � � 2) �� � 3) �� � 4) � 10.   ,    ‘ ’       ?

1)  43(5)(1) 2)  43(5)(2) 3)  43(5)(3) 4) � 11.      -

2018 ?

1) 1965 �   �  � � 2) 1956 �   �   3) 2006 � �  � � � 4) ��, � � 5)  12.      ,     ?

1)  � � 2/3  2) �     �� �  � 3)  � �    4) � 13.    -2018  43 ?

1) � � � 2) � � � 3) � � , � 4) � � � 14.    ?

1) � � ��  � �  �� � �-2018, � 23 2) � � ��  �  �-2018,  18 3)  � 4) � 15.       ? . 500   - 50  . 10,000   - 400  . 3000  - 150  . 5000  - 250  1) , ,  2) , ,  3) , ,  4) ,  16.          21  ?

1)  19 2)  20 3)  21 4)  18 17.   -2018       172,  3,  vi        ?

1) �   2) �   ��� 3) �  4) ��  18.   -2018    ?

1) �  ��-9 2) �  �-7 3) �  -297 4)  19.    -2018   ,          ?

1)  43(5)(10) 2)  43(5)(9) 3)  43(5)(2) 4) �

  

20.    -2018           ?

1) 30 � 2) 60 � 3) 45 � 4) 90 � 21.   -2018  ‘’ ?

1) �� �  2) �� �  3) ��    � 4) �� � 22.     ,       ?

1) � �-  �,  ,  � 2) � � - � � 3) � � -   4)  23.    -2018         ?

1) ��  /��  � X   � 2) ��  �/��   X   � 3) ��  �/��   X    4) � 24.       /          ?

1)   � 2)   � 3) � � �    4)    25.          ? . � �   � � � . � �      . � �   � �    � . � � �   � �� � 1) , ,  2) ,  3) , ,  4)  � 26.        ?

1) � � �� � �� 2) � � �� ,     �� 3) ,  �    �  � ��  �� 4)  27.   -2018       ? .  42- � �   � ��  �

 

8008356825 .  43- � �  1)  � 2)  � 3) ,  4) � � 28.        ? . �,  �, ��   .   �� .  ,    �� . ,   �� 1) ,  � 2) ,  � 3) ,  � 4)   29.         ?

1)  �   ��  2) � ��  3)  �   �  4)   � 30.   ?

1)  �� ��  � ��  2)  �  �   � � � 3)  � �� 2/3  �  � �� 4)   31.    -2018 7   ?

1) � �� ��  2) � � �� 3) �� �� 4) � 32.    -2018      ?

1) �  �  5  2) � � �  �   3) � � �  �   4) � 33.                ?

1)  2) �  � �  � 3) ��    4) � 1-2,

2-2,

7-1,

8-2,

 3-4,

4-1,

9-3,

10-1, 11-5,

12-2,

13-3, 14-3,

15-3,

16-1, 17-3,

18-4,

19-1, 20-3,

21-3,

22-4, 23-1,

24-3

25-4, 26-4,

27-3,

28-4, 29-4,

30-2,

31-1, 32-2,

33-2,

34-3

36-3,

37-2, 38-1.

5-2,

35-4,

6-1,

10

 24,  2018- 

ntadilabad.com

ntnews.com

The avg of odd numbers upto 100 is AVERAGE

K.Nagaraju

Sr.Faculty Kodad Suryapeta (District)

All competitive exam special

ANSWERS 1) A 7) C

2) B 8) C

3) B 9) C

4) C

5) A

6) D

ntnews.com

7

 25,  2018- 

ntadilabad.com

29. Fire Extinguisher   ?

1) Mgcl2 + HCl 2) HCl + NaOH 3) Na2CO3 + HCl 4) NaHCO3 + H2SO4 30.   ?

1)  2)  3) � 4) � � � � � →� � �   � → �

� � � � � � � �

 ��

1.  2. � 3.  4. � �   � - ��   �  � - �   � - �  �   � - � ����  � � - Fe+2 ���  � � - Mg+2 ��� �  � - ��

    ? �

1) 2)

3) 4)

5) 6.

7.

8.

�       . �  �   �  ���   �   ��, � ��  ��   � �..    ?

1)  2) � 3)  � 4)        ?

1)  � 2)  3) �   4) �      ?

1) N2, O2 2) SO2, NO2 3) CO2, O2 4) �      ?

1) ��  2) � 3) �  4) ��  ?

1) H2S2O4 2) H2S2O7 3) H2N2O3 4) � ,       ?

1) � 2) �  3) �  4) ��   ?

1)  2)  3) � 4) �           ?

1) � 2)  �� (� �)

      1.� � → NaOH → NaHCO 2. � 3 3)  �� → Na2CO3.10H2O → CuSO .5H O 4)Blue vitrol 4 2 → FeSO .7H O 5)Green vitrol 4 2 6)  → MgSO .7H O 4 2 7) → CaSO .2H O 4 2 8.POP → CaSO .1/2H O 4 2 9)White vitrol → ZnSO .2H O 4 2 → HNO 10.Aqua fortis 3 11.Aqua regia → 3HCl + HNO 3 12.�  →  CO 2 → CO+H 13. � 2 14.�� � → CO+H2+N2 15. → K SO . Al (SO ) .

2 4 2 42 24H2O 16.� → �� + KNO 3 +  → ��  17.�� - B3N3H6 → CaH 18.�� 2

   11.     ?

1) � 2) � 3) � 4) � 12. 00C      ?

1) 1 () 2) 1 () 3) 1 (�) 4) 2 (, ) 13.    ?

1)  2)  3)  4) � 14.     ?

1)  2) � 3)  4) � 15.  ?

1) PbO 2) C2H5OH 3) N2O 4) CCl3NO2 16.     ?

1) � 2) � 3)  4) � 17.       ?

1)  2)  3) � 4)  18.      ?

1)  2) �� 3) � 4) ��  19.  ?

1)   2)  

   ��       �    � � �� � � � �  (�)  (�)

3) � �� 4) � 20.   ?

1) C6H6 2) B3N3H6 3) C2H2 4) C5H10 21.     ?

1) � � 2) � �� 3) �  4) � �



    88666 12349

    � - �  �� - �  � - �   - �  �  -    - ��   -   � - �    - �    - �     → � 1)  �  � 2)  �  � →  3)  � � →  4)   �  � → � 5)   �  � →  6)  �  � →  →  7)  �  �

24.   ?

1) Fe2O3 2) Feo 3) Fe2O3.2H2O 4) � 25.     ?

1) �, � � 2) � � 3) � � 4) �, �,  �  � 26.   ?

1) CaCl2 2) CaOCl2 3) Bacl2 4) BaOCl2 27.     ?

1)  2) �� 3)  4)  28.    ?

1) Cl2 2) Br2 3) I2 4) F2  � , � �, � �, � � � �  � 

22.  ?

1) �,   2) �,  3)  CO2 4)  23.     ?

1) ��  2) ��  3) �  4) �

  -    � +  ()  �  + � �, �� � �� � +  +  , , �  � +  +  ,   + � + � +  �, , � ,  �  + � + � �, �, � �, � �� �  + � +  + �� + � �� �  �    �  + � +  �, � , �   + � � �� � + � +  �, �  +  �  + � +  �, ��,  �� �� � +  �, ,  � �+ Sn �, �

          

  � - 131 � � �� �� �  -  �� O2     �� ��  � H218O  �� �� � (23) -  �� ��     � - 32 - �   -    � �  - ��  �� - 60 - �  ��  �� � �� � - 14 - � � � ��  �  - 235 - �  �� ��



 

3)  4) � 9.     ?

1)  2)  3) � 4) � 10.     ?

1)  2) � 3) �  4) �� 

1-c

2-a

3-b

4-c

5-b

6-d

7-a

8-b

9-d

10-c

11-c

12-d

13-a

14-b

15-d

16-b

17-b

18-b

19-a

20-b

21-d

22-d

23-c

24-c

25-d

26-b

27-c

28-a

29-d

30-c

10

 25,  2018- 

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Find the distance between AB and CD PRODUCT OF VECTORS

K. Kumar Sr. Faculty,

Hyderabad 94929 56214

INTERMEDIATE s p e c i a l J U N I O R

ntadilabad.com

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ntadilabad.com

33.      ,    ?

1) �  2) �  3) �  4) � � 34.   ... . � � � � . � � ��  � . �   �

7

 26,  2018-  . �   � . � �  1)  2) , , ,  � 3) , ,  � 4) ,  � 35.        ?

1) 2,00,000 2) 3,00,000 3) 4,00,000 4) 5,00,000

     ?

   - 2018 1.       . . � � �� , � 10 � � , �  � . � � � ��  � �� . ��  � � �  � 1)  � 2) , ,  3) ,  � 4) ,  � 2.    - 2018     ?

1) � 2) � 3) ���� 4)  � 3.   -2018         ?

1) � �� 2)  ��� 3)  � 4)  � 5) �  4.         ? . � � �   � .  � �    �  .  �   �     � 1)   2) ,  �  3)  �  4) ,  �  5.    - 2018          ?

1) � �� � � 2) � �� �� � 3) � �� � � 4) � 6.   -2018     ?

1)  10 - � � 2)  30 -  � � 3)  19 - �   4)  7.       ? . ��  � � - 12,751 . 100 �   � � - 1326 .  � �  � - � (844) .  � �  � -  � (61) 1)  2) ,  � 3) ,  � 4) , ,  � 8.  -2018     ?

1)  �, �,  �� � � � � 2) � � , �

  3)  � ��  4)  9.    - 2018                   ?

1)       2) 2/3  � 3)  4) � 10.         ?

1) �    2) � �   3) � � 4)  � 11.      ?

1) ��   2) �    3)    4) � �   5)  12.    10                ?

1) 300 2) 400 3) 250 4) 500 13.        ?

1) � �� -2018 � �  � - � 28 2) � �� -2018 � � � - � 29 3) � �� -2018 � � � - � 29 4)  14.   - 2018  122             ?

1) 10 � 2) 30 � 3) 45 � 4) 50 � 15.    - 2018  ,  ,          ?

1) �.500 2) �.100 3) �.1000 4) �.250 16.   - 2018       90  ,     ?

1) 43(5)(18) 2) 43(5)(17) 3) 43(5)(16) 4) � 17.    ? .  � ��       -  �� � . ��  � �   -  . �   � �  �  �    1)  2)  3)  4) �

18.        ?

1. �     . �.500 2. � � �  . �.2000 3.  �� / . �.1000 4.  �   . �.200 1) 1-, 2-, 3-, 4- 2) 1-, 2-, 3-, 4- 3) 1-, 2-, 3-, 4- 4) � 19.   -2018             ?

1) �   � � � 2) �   �� � � 3) �   ��� � � 4) �  �� � � 20.    - 2018       ?

1) �   �-1989,  3 2) �   �-1989,  2 3) �   �-1989,  1 4) �   �-1989,  5 21.     ..?

1) � � �  � 2) � � �  �   3) �   4) � 22.    - 2018            ?

1)      � �� 2)     � � �  ��� �  �� 3) 1 � 2 4) � 23.    - 2018       ?

1)  ��,  ��  � � 2) �� ��  �  � 3) ��  �  4)  24.    - 2018      ,  ?

1)  250, 251 2)  244, 245 3)  246, 247 4) � 25.    - 2018            ?

1) �  2) � � 3) � 4) � 26.        ? . �  (, �,  ) .  � . �, � 

 

8008356825 .  �    � 1)  � 2) ,  � 3) ,  � 4) , ,  � 27.       ? .  � � �  . � �   �   1)  � 2)  � 3) ,  4) � 28.    ? .  ��� � 15 ��   � �,   � � .  ��� � 15 �� ,  �  �� �,   �   � � . �� �  , �    � � 1)  � 2)  � 3)  � 4)  29.              ?

1) �  � 2) �  3) � 4) � 30.   -2018       ?

1)  70 2)  60 3)  80 4)  90 31.     ?

1)  2)  3)  4)  32.           ? . � ��� �  � � .    �  � � � ��  � � . �   � �� � � � 1)  2) ,  � 3) ,   4) ,  �



1-2,

2-1,

3-5,

4-1,

5-1,

6-4,

7-1,

8-4,

9-3,

10-4, 11-5,

12-2,

13-4, 14-1,

15-1,

16-1, 17-4,

18-1,

19-4, 20-1,

21-1,

22-3, 23-4,

24-1,

25-4, 26-1,

27-3,

28-4, 29-1,

30-1,

31-2, 32-1,

33-3,

34-1, 35-2.

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 26,  2018- 

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What is the perimeter of the square?

Banking Special

Neelakantam Shekar Director Shekar’s Institute Nalgonda

ANSWERS 1-3,

2-5,

3-5,

4-4,

5-3,

6-2,

7-2,

8-2,

9-2,

10-1, 11-5,

12-2,

13-4, 14-1,

15-2,

16-2, 17-2,

18-4,

19-2, 20-1,

21-4,

22-3, 23-2,

24-3,

25-1, 26-2,

27-2,

28-4, 29-4,

30-2.

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7

 27,  2018- 

How many members willn’t change?

Continue from sept 26th

Banking Special

Neelakantam Shekar Director Shekar’s Institute Nalgonda

ANSWERS 31-2, 32-4, 37-4, 38-5, 43-2, 44-5,

33-5, 39-4, 45-1,

34-3, 35-5, 40-1, 41-1, 46-3, 47-3.

36-5, 42-3,

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 27,  2018- 

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PM launches Ayushman Bharat - Pradhan Mantri Jan Aarogya Yojana � Indian Prime Minister Narendra Modi launched

Ayushman Bharat - Pradhan Mantri Jan Aarogya Yojana from Ranchi in Jharkhand today and termed it a game-changer initiative to serve the poor. Under this scheme, over 10 crore families will be provided health assurance worth five lakh rupees each, every year. According to the Modi, this is the world’s largest government funded health care program targeting more than 50 crore beneficiaries. The

Prime Minister said, the number of beneficiaries of this scheme is equal to the total population of the entire the European Union. A health card would be provided to the beneficiaries for availing of the benefits. The Prime Minister said, a toll-free number will also be made available to the people for finding out more about the scheme. Pradhan Mantri Jan Aarogya Yojana is the world’s largest fully government-financed health protection scheme.

Moutaz Mousa Abdallah is the new PM of..? been given Rajeev Gandhi Khel Ratna 4. Shreyasi Singh d.Athletics Award?

5. Rohan Bopanna e.Cricket 1. Rahul Dravid 2. Sachin Tendulkar a. 1-e, 2-d, 3-c, 4-b, 5-a 3. Dhoni 4. Saurav Ganguli b. 1-a, 2-b, 3-c, 4-d, 5-e 1) Observe the following 5. Kapil Dev 6. Virat Kohli c. 1-d, 2-a, 3-e, 4-c, 5-b 1. The government on 20th September a. 1, 2, 3, 4 b. 2, 3, 4,6 d. 1-d, 2-e, 3-a, 4-c, 5-b launched an online National Database c. 1, 2, 3 d. 2, 3, 6 7) Ibrahim Mohamed Solih had won on Sexual Offenders 5) Observe the following sentence? elections in Maldives, and he belongs 2. India became the ninth country in the 1. Saikhom Mirabai Chanu is a Squash to which political party? world to have a National Database on player a. Maldivian Democratic Party For All Sexual Offenders 2. Saikhom Mirabai Chanu is a Competitive b. Maldivian Republic Party 3. The database is for those convicted for exams Weightlifter c. Maldivian national Progressive Party sexual offences 2005 onwards 3. Saikhom Mirabai Chanu belongs to d. United Democratic alliance Which of the above are true Manipur 8) Observe the following? a. 1, 2 b. 2, 3 c. 1, 2, 3 d. 1, 3 4. Saikhom Mirabai Chanu belongs to 1. Village Rockstars has been chosen to 2) In which of the following state Tripura represent India in the Best Foreign flightless bird research centre was set 5. In 2018 Saikhom Mirabai Chanu got Language category at the 91st up in third week of September, 2018?

Rajeev Gandhi Khel Ratna Award Academy Awards 2019 a. Nagaland b. Maharashtra c. Goa d. Kerala Which of the above are true?

2. Village Rockstars is Bengali movie 3) In which of the following place, on a. 1, 3, 5 b. 2, 3, 5 c. 1, 4, 5 d. 2, 4,5 3. Village Rockstars is Assamese movie 18th September ISRO has launched its 6) Match the following Arjuna Award 4. Village Rockstar is directed by Rima das first space technology incubation winners and sports, they participate?

Which of the above are true centre?

1. Neeraj Chopra a. Badminton a. 1,3,4 b.1,2,4 c.1,4 d. 1, 2 a. Bhopal b. Bhuvaneshwar 2. Nelakurthi Sikki Reddy b. Tennis 9) In which of the following country c. Agartala d. Kohima 3. Smriti Mandhana c.Shooting Women’s Boxing World 4) Which of the following cricketers have Championships will be held on November 24th, 25th, 2018? :  26  (�)   � �-4 � -2  � a. Singapore b. Japan c. India d. Mexico .   � .

10) Union Home Minister Rajnath Singh along the Indo-Pak border at the BSF Headquarters in Ploura, Jammu launched a fencing, what is its speciality? a. This is very near to Pakistan b. It is India’s first smart fencing c. It is India’s fencing, connected to Satellites directly d. None 11) Exercise Aviaindra, is air force exercise, between which of the following countries? a. India and Afghanistan b. India and Japan c. India and Indonesia d. India and Russia 12) The purpose of e-Sahaj Portal is…? a. Protecting natural environment b. Selling organic goods, through portal c. Grant of security clearance to businesses d. Providing loans to clean technology goods producing companies 13) India is the first country, to release Cooling Action Plan, what is its speciality? a. It helps to reduce the cooling demand b. It provides, refrigirators to all house holds c. It is replacing all the Air conditioners, with environment friendly conditioners d. None 14) Anna Rajam Malhotra, passed away recently, she is…? a. First MLA in India b. First woman IAS officer in India c. First Minister in a state of India d. First Indian Foreign Service officer 15) DRDO has tested Prahar recently and it is a…..? a. Air to air tactical missile b. Air to Surface tactical missile c. Surface to surface tactical missile d. None 16) Assertion: India has an objective of

Current Affairs

V. Rajendra Sharma Faculty 9849212411 high, sustainable and inclusive growth Reason: World Bank Board has endorsed an ambitious five-year Country Partnership Framework (CPF) for India a. Both A and R are true, and R is the correct explanation of A b. Both A and R are true, but R is not the correct explanation of A c. A is true, but R is false d. A is false, but R is true 17) Assertion: India has decided to give one million US dollars to United Nations Organization Reason: United Nations organization has decided to install solar panels on the top of its head quarters in New York a. Both A and R are true, and R is the correct explanation of A b. Both A and R are true, but R is not the correct explanation of A c. A is true, but R is false d. A is false, but R is true 18) Which of the following actress has received Smita Patil Award? a. Priyanka Chopra b. Deepika Padukone c. Anushka Sharma d. Kangana Raunat 19) Expand MPATGM? a. Man Portable Anti-Tank Guided Missile b. Mapping of Trans Genomes c. Mapping of Antigen and Germs d. None 20) Moutaz Mousa Abdallah is the new Prime Minister of…? a. Indonesia b. Thailand c. Congo d. Sudan 21) 15th Pravasa Bharatiya Diwas will be held in Varanasi in 2019, and the chief guest for this function is Pravind Kumar Jugnauth, he is Prime Minister of…? a. Fizi b. Norway c. Mauritius d. Maldives 22) Match the following?

1. First air port of India a. Pakyong Air port (Sikkim) 2. First Green field air port of India b. Indira Gandhi National Airport 3. Largest airport of India c. Juhu, Mumbai (Maharashtra) 4. Smallest air port of India d. Kazi Nazrul Islam (West Bengal) 5. 100th air port of India e. Trichy (Tamilnadu) a. 1-c, 2-d, 3-b, 4-e, 5-a b. 1-c, 2-d, 3-e, 4-b, 5-a c. 1-c, 2-b, 3-d, 4-e, 5-a d. 1-c, 2-e, 3-b, 4-d, 5-a

ANSWERS 1-c 7-a 13-a 19-a

2-d 8-a 14-b 20-d

3-c 9-c 15-c 21-c

4-d 10-b 16-a 22-a

5-b 11-d 17-a

6-c 12-c 18-c

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7

 28,  2018- 

what is the code for ‘quality’?

Continue from sept 27th

Banking Special

Neelakantam Shekar Director Shekar’s Institute Nalgonda

ANSWERS 48-5, 54-1, 60-4, 66-5,

49-4, 55-5, 61-4, 67-4.

50-2, 56-3, 62-4,

51-3, 52-2, 57-4, 58-4, 63-5, 64-4

53-3, 59-4, 65-1,

10

 28,  2018- 

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   r   ? 

 -4,   

 

   , ,  9441022571

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7

 29,  2018- 

State Newton’s second law of motion Physical Science P. SRINIVAS Physical Science Hyderabad

9700724464

INTERMEDIATE s p e c i a l J U N I O R

10

 29,  2018- 

Beta (β) waves � These waves occur at a high frequency of 13-40 cycles per second. Their amplitude is low. � These are desynchronised waves recorded in persons who are mentally very active and tense.

Delta (δ) waves � Their frequency is quite low (less than 3 cycles per sec). however they have high amplitude. � They are common in early childhood in awoken condition. In adults they occur in deep sleep.

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� In the case of brain tumors, epilepsy, mental

depressing etc. These wave occur in awake adults too.

Theta (θ) waves � Their frequency is between 4 and 7 cycles per secon. � These waves are common in children of less than 5 years of age. � They are also recorded during emotional stress in adults.

Which is help to detect skeletal fractures?

Biomedical Technology � Biomedical Technology is the application

�

b. c. d. e. f. g. h. i.

of principles of biophysics& biochemistry for studying certain biological aspects It involves a. x-ray imaging/x-ray Radiology CAT/CT Scan (Computed Axial Tomography/Computed Tomography) MRI scan (Magnetic Resonance Imaging) PET scan (Position Emission Tomography) Sonography ECG (Electro Cardiogram / Electro Cardiograph) EEG (Electro Encephalography) ELISA (Enzyme Linked Immunosorbent assay) Western Blot Technique

X-ray Radiography

� x-rays discovered by Rantgen � x-rays are useful in diagnostic �

�

� �

� �

�

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� � �

radiography It is a simple radiological technique to observe the human body parts & diagnose any physical (anatomical) variations x-ray images show areas of different densities & composition in different identifiable/diagnosable forms A beam of x-rays is produced by an w-ray generator & is projected on the body parts x-rays that pass through the body parts are recorded on a photographic film/observed on a fluorescent screen.

Photographs developed using x-rays are known as radiographs/skiagraphs.

Dense bones absorb much of the xradiation & soft tissues allow more x-rays to pass through. so, bones appear more white and soft tissues look greyish. Calcifications in tissues too appear whitish. Air in the lungs appeary blackish as it does not block x-rays.

The x-ray film provides a '2D' representation of all the structures of the body part super imposed on each other (xray radiography)/ it can be stored as a digital image.

It is used to diagnose/treat patients by assessing the presence/absence of disease, foreign objects and structural damage/other anomalies.

'Angiography' involves taking a series of x-rays as blood flows through blood vessels such as the coronary/carotid arteries, to study blocks in them.

This procedure involves injecting dyes in to blood to get contrast images & now a days 'Digital Subtraction Angiography' is used to get a better resolution images.

Portable x-ray machines are also available, now a days. x-rays help to detect skeletal fractures, pneumonia, tuberculosis, cancers etc.

Every pre caution should be taken to avoid exposure of gonads & foetus of a

pregnant woman, as x-rays may prove to be more dangerous to them.

Computed Axial Tomography (CAT) or Computed Tomography (CT) � Computed/Computerized Axial Tomography (CAT) or Computed Tomography (CT) scan is a medical imaging method that employs tomography (a process of producing a two dimensional slice through a 3 dimensional object). � A large donut shaped x-ray machine takes x-ray images at many different angles around the body. � The x-ray detector of the CT-Scanner can detect hundreds of different levels of density of tissues in body organs.

INTERMEDIATE s p e c i a l S E N I O R

� The data is transmitted to a computer

which build up 3-D cross sectional picture of that part of the body & displays the picture on the screen. This recorded image is called tomogram. � The body can be seen on CAT/CT scan as slices from the skin to the central part. � A CAT scanner emits a series of narrow beams of x-rays through the human body as it moves through an arc, unlike an xray machine which sends just one radiation beam. � The final 3-D picture of a CAT scan is far more superior and detailed than an ordinary x-ray picture. Some times, patients may be given a contrast dye far better resolution. � CAT scans are useful to measure accurately the density of bones in evaluating Osteoporosis. � CAT scans are performed to analyse the head injuries (blood clots & skull fractures) to know the anatomy of various visceral organs.

Magnetic Resonance Imaging (MRI-scan) � An MRI (Magnetic Resonance Imaging) scan is a 'Diagnostic Radiology Technique' that uses magnetism, radio waves and a computer to produce images of body components. � It is important to note that MRI does not use ionizing radiation, as involves in xrays, and is generally a vary safe procedure. � MRI is a non-invasive medical imaging technique that helps physicians diagnose certain anatomical abnormalities/pathological conditions. � This technique uses nuclear magnetic resonance of protons to generate proton density images of body parts. � Magnetic Resonance Imaging uses a powerful magnetic field, radio (frequency pulses & a computer to produce detailed

pictures of organs, soft tissues, bones & virtually all other internal body structures.

Note: MRI provides good contrast between the different soft tissues of the body, which makes it especially useful in imaging the brain, muscles, the heart & cancerous tissues compared to other medical imaging techniques such as Computed Tomography (CT)/x-rays.

MRI Scanner & Procedure � MRI Scanner is giant circular magnetic tube. � The patients is placed on a movable bed that is inserted in to the magnet. � Human body is mainly composed of water molecules which contain two hydrogen nuclei/protons, each. � The magnet creates a strong magnetic field that makes these protons align with the direction of the magnetic field (Protons are not aligned under normal conditions). � a second radio frequency electromagnetic field is than turned on for a brief period.

The protons absorb some energy from these radio waves. � When this second radio frequency emitting field is turned off, the protons release energy at a radio frequency which can be detected by the MRI Scanner (the protons return to their equilibrium state from the energized state at different relaxation rates). � Different types of tissues emit different 'quanta' of energy (in the form of different wave lengths and at different rates). � Abnormal tissues, such as tumors, can be detected because the protons in different types of tissues return to their equilibrium state at different rates. � Tissues such as bones with less water content (hence, less number of protons) look different in an MRI image. � Accordingly there is a contrast between the images of different tissues based on their water content. � Even in the case of the same tissue, normal healthy cells & pathological cells emit different energy waves - hence the difference in the images of the different types of cells. � The information received is processed by a computer and an image is generated. � The image and resolution produced by MRI is quite detailed & can detect tiny changes of structures within the body. � for some procedures, radio contrast agents, such as gadolinium are used to increase the accuracy/resolution of the images. � After scanning is completed, the computer generated images (Tomographsimages of thin slices of body parts) can be transferred to a film (hard copy). � A radiologist interprets the images of the body parts and gives his diagnostic opinion. � MRI is used to distinguish pathologic tissue (such as brain tumors) from normal tissue. � MRI can show even hairline fractures of the pelvis and hip that may not be

Modala Mallesh Subject Expert Palem, Nakrekal, Nalgonda 9989535675 detected by the traditional x-ray/CT scan. � Ballooning of blood vessels called aneurysms can be detected using MRI (aneurysms) may occur when a tear begins in the layers of the walls of aorta, arteries, veins/parts of heart). � More over MRI is preferred to CT scans, as CT scan involves effects of ionising radiation where as MRI does not have ionising radiation. note: Figure of MRI scanner Electro Encephalography (EEG) � Electro encephalography is the process of recording the electrical activity of the brain (graphical recording called Electro Encephalogram) with the help of an EEG machine & some electrodes placed all over the scalp. � Electro encephalograph is a very useful tool in diagnosing neurological & sleep disorders. � The changed EEG patterns in the case of epilepsy (give the underline....) are conveniently studied with the help of an EEG. � Brain shows continuous electrical activity of innumerable neurons. � The intensity & pattern of electrical activity of depends on wakefulness, sleep, coma, certain pathological & psychological conditions. � The main diagnostic application of EEG in neurological studies is the diagnosis of epilepsy (seizures). � EEG shows distinct abnormal pattern in the case of epilepsy. � EEG is also useful in the diagnosis of coma & brain death. � EEG studies are useful in analyzing sleep disorders (such as insomnia).

Waves of EEG � The waves recorded by an EEG consist of a) Synchronized waves which are common in normal healthy people. b) In certain neurological conditions the waves are desynchronized (irregular wave pattern). � The wave pattern can be broadly classified in to Alpha (α), Beta (β), Theta (θ), Delta (δ) wave patterns. � The nature of the waves depends on the intensity of activity of the different parts of the cerebral cortex.

Alpha (α) waves � They are rhythmical 8-13 cycles per second. � This type of wave pattern is seen in persons who are drowsy/ sleepy with closed eyes.

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65. ........ refers to the mastery of the abstract system of rules by which a person is able to understand and produce sentences.

(Linguistic Competence) 66. ........ refers to the actual use of language which is identified with the criterion of acceptability.

(Linguistic Performance) 67. ........ refers to the coping strategies that participants use to maintain communication.

(Strategic Competence) 68. Principles involved in the teaching/learning process of communicative approach are…..

(Communication, Tasks, Meaning) 69. The Communicative Approach uses........ syllabus proposed by Wilkins in 1976.

(Notional) 70. Teacher is no longer an instructor, driller but a leader in a discussion and a promoter of participation in…

(Communicative Approach)

Grammar is taught inductively in…

English pedagogy 1. A mode of communication of certain ideas meaningfully in a particular way in a particular social situation is known as........

(A discourse) 2. Who distinguished between technique, method, and an approach? (Edward M. Anthony, the American Applied linguists) 3. ........ is a set of correlative assumptions dealing with the nature of language teaching and learning.

(An approach) 4. ........ is axiomatic.

(An approach) 5. ........ is procedural.

6. ........ is implementational.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

(A method)

(A technique). .........is an overall plan for the orderly presentation of language material, no part of which contradicts and all of which is based upon the selected approach.

(A method) Within one approach, there can be many ........

(Methods) ........ is a particular trick, stratagem, or contrivance used to accomplish an immediate objective.

(A technique) What must be consistent with a method, and in harmony with an approach as well?

(A technique).

Which method is also known as the classical method, and one of the oldest or traditional methods of teaching English?

(Grammar Translation Method) Which method makes no provision for training in speech but lays stress on reading?

(GT Method/Reading Method) Which method has been criticized unpsychological?

(GT Method) ........ also called as the ‘reform’ method, ‘natural’ method, ‘psychological’ method, ‘phonetic’ method, and ‘antigrammatical’ method.

(Direct Method) Which method was established in France and Germany around 1900?

(Direct Method) Which method stresses the need for direct association between experience and expression in the foreign language?

(Direct Method) The use of demonstration and visual aids, with no recourse to the students’ native language is a feature of........

(Direct Method) Many new words can be added to the vocabulary of the learner without the intervention of the mother tongue in…… ……

(Direct Method) “to think in English and to discourage the practice of inwardly thinking in one’s vernacular and then overtly translating the thought into the foreign language” in……

….

(Direct Method) 20. Teaching of receptive skills (listening and reading) rather than teaching of productive skills (speaking and writing) was encouraged as the first step in ……

(Direct Method)

PGT/TGT Special 21. Grammar is taught inductively in........ …

(Direct Method) 22. Who criticized that the direct method, in spite of its merits, did not make much progress because it neglected the facts mentioned above, and therefore, failed in the Indian contexts?

(Wyatt) 23. Which method was established during the World War I? (Audio-Lingual Method) 24. The ‘Army Method’ which was the first to be based on linguistic theory and behavioural psychology is also known as........

(Audio-Lingual Method) 25. The term ‘Audio-lingualism’ was coined by........ ( Nelson Brooks in 1964) 26. Bilingual method was developed by……. ( Dr. C.J. Dodson) 27. the method makes use of two languagesthe mother tongue and the target language in order to learn language in (Bilingual Method) 28. ........ method can be considered as a combination of the direct method and the grammar-translation method.

(Bilingual Method) 29. ‘Selection, ‘Gradation’, ‘Presentation’, and ‘Repetition’ are the four cardinal principles of all language teaching methodology.

(Bilingual Method) 30. Who introduced Bilingual Method in India?

(Dr. H.N.L. Sastry) 31. Reading Method was evolved ........ who taught English in India for a number of years and was well-aware of the English language teaching situation in India? ( by Dr. Michael West) 32. The ‘New Method Readers’ which paved the way towards the method based primarily on reading is compiled by…..

(Dr. Michael West) 33. Who prepared a series of readers containing interesting reading matter with graded vocabulary?

(Dr. Michael West) 34. “Plenty of exercises in reading comprehension would make for later progress in speech and writing” is the view of…..

(Dr. Michael West) 35. Which method is criticized as it ignores the important basic three linguistic skills viz- listening, speaking and writing?

(Dr. Michael West) 36. Its emphasis is only on reading skill; and

it relied on the bulky text books is a limitation of........ Method.

(Reading Method?

37. ........ method was advocated by Dr. Georgi Loznov, a Bulgarian doctor of medicine, psychiatrist and parapsychologist.

(Suggestopedia) 38. Which approach is popularly known as the S-O-S approach?

(Structural Approach) 39. The presentation and practice of carefully selected and graded grammatical structures of English in effective, meaningful situations in……

(Structural Approach) 40. Language is viewed as structurally related elements for encoding of meaning, the elements being phonemes, morphemes, words, structures and sentence types in… ..

(Structural Approach) 41. Harold Palmer points out that there are three processes in learning a language(i) receiving the knowledge or materials, (ii) fixing it in the memory by repetition, (iii) using it in actual practice until it becomes a personal skill in ........ approach.

(Structural) 42. Prominent names associated with Structural approach are ........

(Charles Fries and Robert Lado) 43. The prominent features of Structural approach are…. (Giving Language items in meaningful situations, Selection and gradation of learning items, Avoiding the use of mother-tongue) 44. New language items and vocabulary items are presented orally before they are presented in the written form in…...

(Structural Approach) 45. The language items which are commonly used by native speakers in their day-today language are selected for teaching in…..

(Structural Approach) 46. The language items are also graded according to their usefulness, frequency and teachability in........ approach.

(Structural Approach) 47. In which method are the language items selected, presented and practised in meaningful situations?

(Structural Approach) 48. ........ approach is on the basis of certain communicative functions, such as apologizing, describing, inviting, promising etc. that the ESL learners need to know.

(Communicative Approach) 49. ........ approach focuses on the significance of language functions because the learner needs knowledge of both meaning and functions.

(Communicative Approach) 50. ........ approach lays emphasis on functional, communicative, social interactive activities, and also on the semantic aspect of the language.

CH. SRINIVAS Subject Expert polampally, Thimmapur Karimnagar (Communicative Approach) 51. “The primary units of language are not merely its grammatical and structural features, but categories of functional and communicative meaning as exemplified in discourse” is a feature of…….

(Communicative Approach) 52. The predominant features of Communicative approach are….. (i) Language is a system for the expression of meaning. ii) The primary function of language is for interaction and communication. iii) The structure of language reflects its functional and communicative uses.)

53. Wilkins’s notional- syllabus was one of the very first syllabus models used in…… approach.

(Communicative Approach) 54. Wilkins’s notional- syllabus consists of… …. (the semantic-grammatical categories and the categories of communicative function that learners need to express) 55. Richards and Rodgers consider three kinds of instructional materials currently used in CLT. They are: (‘text-based, task-based, and realia’) 56. ........ approach was ushered by Jean Forrester who was the part of the massive Madras ELT campaign (MELT).

(Structural) 57. Grammar or structure is the starting point in teaching a language in........

(Structural) 58. Harold Palmer and AS Horns by are the two most important advocates of ........ approach.

(Structural) 59. The key feature of …… approach is to introduce and practice the new language items situationally and contextually.

(Situational) 60. Errors are natural part of learning and over a period of time they take care of themselves in........

(Communicative) 61. Use of mother tongue is not a hindrance but can be used as a resource in the second language classroom when really necessary in……

(Communicative) 62. A teacher’s job is to create opportunities to communicate in the class., like information gap, opinion gap, cognitive gap etc. in…… (Communicative) 63. "Form is best learnt when the focus is on meaning.” is proved by……

(Bangalore Project, by NS Prabhu) 64. COST stands for…..

(Communication Oriented Structural Teaching)

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 30,  2018- 

41.      ‘’       ?

1) � 2) � 3) � 4)  42.       ,    ?

1) � � 2)   � 3)  �� 4)   43.       ?

1) � 2) � 3) �� 4) �

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44.    ()   ?

1) � � 2)  � 3)   4)  � 45.  ,           ?

1)    2)   � �� 3)    �� 4)   

      ?  &  1.        ?

1)  2)  3) � 4)  2. 2018,   1        .     ?

1) 20 2) 19 3) 17 4) 16 3. 2018,  28             ?

1)   � 2) � � 3) �� 4)  �� 4. 2018,  15  24       ?

1) �� 2) � 3) � 4) � 5. 2018,  23  28        ?

1) 71 2) 73 3) 74 4) 72 6.          ?

1) 53  2) 56  3) 58  4) 59  7.         ?

1)  2) � 3)  4) � 8.        ?

1) 1985 2) 1984 3) 1981 4) 1982 9.     130  .     ?

1)  2) � 3) �� 4) � 10.          ?

1) � 2) �  3)  4) � 11.           .     ?

1) �� 2)  � 3) � 4) � �

1.Category Scholarship: Description: Eligibility: Prizes & Rewards: Last Date to Apply: Application: Short Source URL:

   &       



   12. 2018,  17            .      .        ?

1) 49 2) 59 3) 69 4) 39 13. 2018,  16                ?

1) � 2)  3) � 4) � 14. 2018        .      ?

1)  2)  � 3)  4)  15. 2018,  28           ?

1) � 2) �� 3) ��� 4)  16.             ?

1) � 2)  3)  4) � 17.        ?

1)  �  2)  � � 3)  � 4)  � � � 18. 2018,  27       ?

1) �� 2) �

Scholarships

Sports Level IndianOil Sports Scholarship Scheme 2018 Young sportspersons who have represented the country or state at junior or senior level are financially backed by Indian Oil Corporation Ltd. to build a pool of ace sportsmen, under this scholarship scheme.

Varying eligibility criteria for scholars and elite scholars, of age group 13-19.

Varying scholarship amount ranging from INR 12K to INR 19K is defined for scholars for the duration of three years, provided the selected candidates' performance is at par with the prescribed criteria.

September 30, 2018 Applications are invited online only. http://www.b4s.in/namasthe/ISS12

Courtesy: www.buddy4study.com

3) �� 4) �� 19.               ?

1) 2021 2) 2022 3) 2024 4) 2025 20. 2018,  24       ?

1) � 2) �� 3) � 4) �� 21. 2018,  4, 5       .    -       ?

1) 18 2) 19 3) 16 4) 17 22. 2018,  28      ?

1) � 2)  3) � 4) �� 23.          ?

1) � 2) �� 3) � 4)  24. 2017-18         ?

1) � 2)  3)  4)  25. 2018   -    8.7        ?

1) � 2)  3) � 4) �� 26. 2018,  27       ?

1) �  2) � � 3)  � 4)  � 27.               ?

1)  2)  3)  4) � 28.       ?

1) 31 2) 1 3) 21 4) 11 29.            ?

1) � - � 2) � -  3) � - � 4) � - �� 30. 163      

  .      ?

1)  2) � 3) � 4) � 31.      ?

1)  � 2) � 3) �  4) �  32. 2018 91            ?

1) � 2) � 3) � 4)  33. , ,       22             ?

1)  2) � 3)   4)  � 34. 2018,  24        ?

1)  2)  3)  4) �� 35. 2018,  23         (    )    ?

1) 14556 2) 14557 3) 14671 4) 14555 36. 2018       ?

1)  2)  3)  4) � 37.       ?

1) ��,  2) , � 3) �, �   4) �, � 38.       ?

1)  � 2)  3) � 4) �� 39. 2018      ?

1)  2) �  3)  �� 4)  � 40.      23   20     ?

1) � 2)  3) � 4) �

1-1 7-2 13-1 19-2 25-4 31-2 37-3 43-3

2-1 8- 2 14-4 20-3 26-2 32-3 38-2 44-2

 3-2 9-1 15-2 21-2 27-3 33-1 39-4 45- 2

4-2 10-4 16-2 22-3 28-2 34-4 40-4

5-2 11-4 17-2 23-2 29-3 35-4 41-3

6-1 12-1 18-1 24-1 30-2 36-1 42-1