Tan Print's Physics for NTA CUET (UG) 2022 by Taxmann

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R E T I N L R E A D %N E %P OE D -N NIN O ONI I AT T A A Z CSI UAN D A %$G R F2O O Y(G R N T I S T T I S N N E E I T -MR E YPI O BL M DE E EVR HEP S$D I L E B E N ACI T R A S UT E S SOU S I E S !2L F 4 E .NS AD YMN C A NUT E(N G F A !O I L G E NYR R I F T T L S S E I E N S 4I LS A U NSO OA M I T O A NN .WO EOT HNU 4KA About NTA

CK GI E NM I E T ES C O UDT DAS NCT OAN CEE FH TD O U R YO T S T F I L Y OR IST B T 5YN I S TU N#I O NO PSUC SETE I R T E IO H R S T ERPS HEPS V O T O I HN R WC T 5OA I WLD A NS DR I T EN 5 W# T S E UEL R#G S T E E NI N T EHIS S T I L NL AR EA E EV ERD I BO IN SFV S A O5 T RL HS P A E R T LT !E L I 4C N WE .N A 4# YR %E CT H NN5T EE#F GE O !T Y GA N NU A D I T A N S R I E G 4R N LE I O A D S N NNO S O5 I I I S M T ES A D EA HS .T CUET – Common University Entrance Test

S N N T O O N I I S S AS S R II I P MM SD D A A EAR HRO 4OF F N E S I5 DT OE # L -L U S E 4"T I NI "O S #I R T E TAV S I MN E R 4O 5 DF L NA E) R S T A EN "H E T# RO E T TD U E RR PE I FS ME E ORD #YE S AHE NM I T FM D ETOM S T SA E C R UTEG DEMO NHMR OT 0 CRAE R O G EF T A BROU LARD L IEPA E WPT R PAG 'AUE R ODD 5T A E N R 4R G 5 I R %S E E 5ED H #DN T O EO5T HHON 4WT I Mode of Examination

S N O I T C E 3 G N I W O L L O F E H T F O T S I S N O C L L I W n ' 5 4 % 5 # Examination Structure for CUET (UG):

Section II -

Section III

DS! EU4 S AB. A BL LNE T SYOI NS 1SE B #NV E IW -OG

S E T S U H NCC T NCI lE A I A I J C -EME B ROP U O$ 33 F

NRD AOE CFS S T AN D X EEBO T I S T TU 1S U E PE#U NB -1 )

CUET(UG) Domain Subject (Section II) Paper Pattern

S N O D I T E S T E F U PO M E 1B ET T U T OA O T

SES I SN H OI CT OA lRH I E ME C EDCOL B PNY$A SUA C S S M I E D L I NE P T E P I I RT A S E A A R MF F D EE I OO V I $ DFHN T G N NAOY5 I B C M E Y EB!UDT R I S MES R A T N IS I R C OX EE E R V TAEI JI D E C B HU EMSN 5 4S 3AA

Six (06)

I-5

Section II Domain

T S E 4 L A R E N E ' Section IB

S T C E J B U 3 C I F I C E P S N I A M O $

S E G A U G N A , Section IA

S E G A U G N A ,

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I-6

Type of Questions in Domain Subject (Section II) Paper Pattern (analysed from Sample Paper provided by NTA)

N O I T R E S S ! I

S N O I T S E U 1 G N I N O S A E 2

S 1 #

S N O I T S E U 1 E N O L A D N A T 3

S N O I T S E U 1 D E S A B T N E M E T A T 3 I I

S 1 #

S N O I T S E U 1 D E S A B E L B A 4 I

S N O I T S E U 1 G N I W O L L O F E H T H C T A I I

S 1 #

S N O I T S E U 1 D E S A " E S A # I

H C A E S 1 # H T I W S 1

S N O I T S E U 1 D E S A " T X E 4 I I

200 F O T U O D E T P M E T T A E B O T S N O I T S E U 1

40 Total

Total Marks Number of MCQs Typology of MCQs

ƴŉŉâþƓǖ !¯,© ϸ¯CϹ μκμμ Note:

There will be one Question Paper which will have 50 questions out of which 40 questions need to be attempted.

PHYSICS-322

TS N U I O O U PN I OT WN TO NC E ED WN TA E E BL P EC I CN R I OR F P nN WI O AI T L S SO P B R ME OP L U U S O #S E G N R OA I T H A VC R E L E P S I NT OL CU RM I E N HE T E DW NTN AEO B I SST E U GEB C R I R A R T HOS CFI D CSE I E R GG T R R C A A EH L H % CC UNIT I: ELECTROSTATICS

E L O P I D C I R T C ED L L E E I F S E C I NR I T L C DL E L E E I F M CR I O R T F I C N EU L E A EN GI R E A L HO CP I TD N I A O N PO AE OU T Q R EO UT D E L DO L E P I I F D CA I R O T T C EE L U E D DD L L E E I I F F CC I I R R T T C C EE L L % E

Y OL T M ER UO DF I DN L U E I F D DN NA I F T E OE T H SS NE ON I T A A L CP I L E P T PI AN I SF E T N D I I I S D D T NE U AG O R MAD N EHA C R O E Y EL D HM I T S N SRI O F S D I S L UNE I AUF 'E L L RE FI O WH T S N TL EHA GI C MI R AE ER T TH A S T P S GS N XNI O UL H L T F Y D CLE E I T R G I T R N C I A EF H L NC % I EM L O E T PS I D Y S AA EF GO R Y A G HR CE N TE N I L O A I PT D ANE L EI OT T OF EPI C ULT A DAT LCS I A R O I T T R C T N EC EE L E T L O EE PH N CTA I SN R T E C CI EA S L FL E E R O UP ES CL I NA D IC ET R I NR E ET F F T C I O E D L P E LU I A I D QN T N E A ES T E S O GE PR G LAR A HA I H C T C N F EO T T N O MI PEO TP CS I YO R T S W C DT EN L F % AO

FHN R TA OOI T NW6 C O UI RR DT OT O NATI ONIC CICA A B PP AMA A O C ECCA E DET I N A S H L I NT P I D ELE SC E R E L O GNL A T A R R S T A I A Y HC G CAPR PAE DA NCFN O UDEE ON S CE BA NT AL A DST NRI P AOCE T A I PH C SA T A E PCN GA E R CEE A H HNTW CO T LE IEB ET L L EA A R ZR M F I A R U PI A SL D R O NE OP I T DM A C L N I C U R AI ST R R T NC S O C E I E T L E I A L R DEE E R N I E ADSDN N NTE SAIU G R O OSSH F C R F I T OT R A C T T IA I UC WR C DL EA NE D' P OI E AND #$C A

Y D)T N I V A6I T YES C T I I NS C E OAR T L S L E I A VS C E TR I F R I T LC R A DC E L I RR E OT R T C C EE UL W DEO N P OWD A CL N CS A I Y L L MG A T HR E E M/N E T AN L A NEC R I I R SU R T E C GCE R CL A I E R HT CC R CEA L I E E R N T I H C L T EI L N E WO FNN O OD I WT N OL AA L F ER ERA HRE N I T I E Y L TH T I N T SV EDI C I T R TC N R S UAR IU C D YEN T CT I ICO R L A C I T R B C D A EOH N L MCA %

UNIT II: CURRENT ELECTRICITY

F O S N O I T A N I B M O C L E L L A R A P D N A S E I R E S S R E OC T S N I A S T E S R I S NE OR BF RO A E CC RN OE F ED DN OE CP RE UD E OR L U O T CA R SE R OP T M S I E S T E R S R NO OT BI S RS A E #R

I-7

F O N O I T A N I B M O C L L E C A F O F M E D N A E C N E R E F F I D L A I T N E T O P L L E CL E AL L FA O R EA CP NN AI T D S I N S A E R S LE A I R NE RS E T N N I I S EL L HE 4C E G D I R B E R T E M E G D I R B E N O T S T A E H 7 S N O I T A C I L P P A E L P M I S D N A S W A L S F F O H H C R I +

R O F D N A E C N EL L R E E C F F I A D F LO A I E T C N N EA T T O S PS I E ER R UL SA A N R EE MT N OI T F SO NT ON I E T A M CE I L R P U PS AA DE NM AS L L EE L C P I O C NW I T R PF O nF RM E E T E G MN I OR I A T N P EM T O O 0C N O I T A C I L P P A S T I D N A W A L T R A V A 3 T O I " T N E M I R E P X E S D E T S R P E O /O L DR L E A I L F U CC I R T I E C NG GN AI MY R ER HA T C FT O N TE P R ER CU NC OO #T

LN A O DR I O T O RL OC T Y D# N AS D TL H E I GF I A C R I R T T S C E EL R E I WD N TA H GC I I A T E R T N S G GA N OM L M YR L E O T F I I N N I U F N N I I OE T G SR NA OH I C T A G CN I I L V P PO AM SA T I N DO NE AC R WO A& L SS D E I R O E N PE L MO !S Y NDT EEI ECI V NT WE I TI S E RN BE E EPS CXT E R N OEE F R U R EQ U HR C 4O S 4T D I n L E E R I R F E E CPT I T ME E M NAO GFN AOA MNV L OA MIG T RI N L OI I F FO I E C N UDG R AnNE I NSVT R O I E O RT M M OC T T UD L C O L UDE V DNI D NOFN C OCI TA CGE NN R GI E NY GT I R AE Y R R MM A R C M A A CTN NIA TE O N ERPT R R N UOO O R UCLS I T LN CE R AL E LEV R NAR N ORU O EACC CPAD O R OWYN &T BA

C ERRI L A A T O BE B P N I EL EG D L CO OA I PPM T I I E NDDD CI I GI CO AT TN MEEE N L EGNO G HAA S 4 T MMN T A E A N L ET ONA V ME OI OU U E Q MDUE Q T S ET YR NN L O I O S 4AE PN S M I S E A D E I T L T X CN E I E A I T N C E DT SG I NL T GEIAE I O AF MN T G CR MI RA TA A SE L T BM I U N D DGI CD N NAD L E A A I N F E D E L L C N P O E I I PORT F E R E I T PN D C C I CE DGE T I L T NAN E E AMG NGS GI NIMA X AV M R A ML O S O F SI AVT H I N EG SR T UR A A PANA% O OFL NS OOA I L TTTE T N N N I EEEEL N N M R D GGL R UOAAI E #MMMF S R O T C A F D N A S T E N G A M O R T C E L % S E L P M A X E H T S I T WE N SG E CA NM AT T N S E BN UA SM CR I T E E 0 N GS AH T MG ON RE R R E T F S DI R NE AH T AG I D N I T C AE R F A F 0A Y D D % W A , S Z N E , T N E R R U C D N A F M E D E C U D N I W A L E SC Y N AA DT AC R U A D &N I N L OA I U TT C UU DM N I D CN I A T E F NL GE A3 MS T ON RE T R C R EU L % C

DE NC AN EA CN NO S AE T C R A ET I R U C E RR GI E AC T SM L E O R VIO R F E S T S N N A E2R R #T R U,D C N GYA L NN R I T O OT A A NTR N RE E E N T ME L A TG A FE O # R ET ! UE L T VN A I VT E AR ST R IU ML RAC DUS S NQE AS L T KN T AO A EI PTW A L S L SI T T I C N U S EO C R R R I U#C , C # GE ! NC I NN T AI A NDR REE E PW T L MO ! IP

S C I T S I R E T C A R A H C R I S E E HV T A DW NC AT I E SN E VG AA WM O CT R I T C E E NL GE AF MO E OR RU T C T EA L N % E S R T N E EV R S R N UA CR 4 T N EL Y MN EO CS AA L E P D SI I D E V RT I OA F T I L DA EU EQ .

S Y A R X T E L O I V A R T L U E L B I S I V D E R S A E R S F U N I R I SE E VH AT T WU OO RB C I A MS T SC E A VF AY WR A OT I N D AE R M E ME L UG RN T C I ED PU SC L CN I T I E NS GY AA MR OA RM T C M EA L % G

L N N S A O O NEI I RST S N A R E E T E N L N I P I B S SM LE I A D C T OD O AC T F N TRSA U H SNN GL E O I L I L A T FI CAC O A RFR NEOF OHRE I P T 2 SE C ATWR O R A O PR F E N R 2ONI I OM C T I A T L A A A U R CD I MFF N REI A N ORG S F S N REAE OR-L B RI A R FA I F MLLO U A CMN SI O R TRI OP OA T RO F R N I SI S MN R B E LI OK M A AO CT A I MC R C T I E M L SCS HP A N I PP T R E SA N L P O TSAC A H T L GIU H N I D I G L M U S FNR E O A O O S R N F NH ON E S T O I L N TI T T N C E H I ECL G E H L I N F L T L F I E FO F E H 2R O T

UNIT VI: OPTICS

' 5 4 % 5 # 3 5 " ! , , 9 3

I-8

UNIT III: MAGNETIC EFFECTS OF CURRENT AND MAGNETISM

UNIT IV: ELECTROMAGNETIC INDUCTION AND ALTERNATING CURRENTS

UNIT V: ELECTROMAGNETIC WAVES

' 5 4 % 5 # 3 5 " ! , , 9 3

I-9

E S I R N U S T A N U S E H T F O E C N A R A E P P A H S I D D E R D N A Y K S E H T F O R U O L O C E U L B n T H G I L F O T GE NS I N R U E S T T D A CN 3A

F O N O I T C E R R O C N O I T A D O M M O C C A D NS E AS N NE OL I T G A N MI RS OU F A EI GP AO R MT IE EM YR EE NP AY MH D UN (A A S I T P N O EY MM U RS T S T NC I E LE F A CD I T E P Y /E I N G A M R I E H T D N A G N I T C A R F E R D N A G N I T C E L F E R S E P O C S E L E T L A C I M O N O R T S A D N A S SR E PE OW CO S P OG RN C I I Y -F -

E N A L P F O N O I T C A R F E R D N A N O I T C E L F E R E L P I C N I R S PT N S O NR EF GE YV UA (W G DN NI AS U TE N C OA RF F R E VU AS 7E N L A S C P I T A P T OA EE VV AA 7W

E L P I C N I R P S N E G Y U ( G N I S U N O I T C A R F E R D N A N O I T C E L F E R F O S W A L F O F O O R 0

T N E R E H O C H T D I W E G N I R F R O F N O I S S E R P X E D N A T N T EH MI G IL R F E PO XE EC N EE L O R HF E ER L E B T UN OI DD E SN G I NA T US OU 9S ED C NN EA R S E E F C R R E U T O N S ) M U M I X A M L A R T N E C F O H T D I W T I L S E L G N I S A O T E U D N O I T C A R F F I $

E N A L P N O I T A S S I R D I A L O O R A 0L O S 0 E PD ON CA S E T L H E G T I LL A D CE I S MR I OA NL OO RP T E S A N A DL NP AF SO E S PE OS CU S OW RA C L I S M R FT E O S RW E E WR O" P T EH HG T I L GD NE I S V I L R O SA L E O 2P N O I T A U Q E C I R T C E L E O T O H P S N I E T S N I % S N O I T A V R E S B O S D R A N E , D N A Z T T R H E G (I L TF C O EE F F R E U CA T I R N T C E EL L C E I T OR T A O HP 0n UNIT VII: DUAL NATURE OF MATTER AND RADIATION

ID R E E PN I XA EL RP E X ME E RB E 'D L NU OO SH S S I V N AO I $S U L N C ON I T O A C L E E R H ET I Y L L G N OO R "D E ET DT I SM E O L C E I B T R D A L PU FO O H ES R S L UI T A A T NE D EL VA AT N WE M SI E R VE AP WX E R E T T N T A E -M -

YS GE R P E O NT EO S LI E DS E OS MS RA HM OC "I M MO T OA T A S FU O E LL E C DU ON MF SO D E RI Z OS F R D E N HA T U N 2O I T T I N S EO MP IM R E O P# X EM GU NR I T R C E E T T P A CSS S NE EEN L G C O OT I T R O R DS A I PY H S R A S A L HE B PV O L EI S ! L UNIT VIII: ATOMS AND NUCLEI

S CT AI OD I N D AA R N O S E E L I C T U R E PN OR RE PP Y RG I E R HE T N DE NG AN I N SDO N Y I I AB S R U F T S C D E EN L F C A I E T DN R A O SI PS S S AAI MMF R MNA OL E AI GA TC U DL NEN R AY R E GB AR T E E BNM EU ASN HS S S PAA L A M WH YA T T I I LW V Y I T A N C C O AE I T OD A I I D ER AV A IV 2T -

R NERFO O E ODN T S CO E I A C I D L :I L T M I S C I ESE S A R S DE O I OT DBI D C NED AN ASRR A R E A SEN H N V R OEECOH : I R T C T A N T A DDO L I R U N NI UW T S GS NAACI A D I L FA L RE RNS SA CO OA R OWRTCR S R T A I O R C L O S T E O UFS N S T I T D AI N S R NI ET N MA OSD C CI ORER TION4 D S T O YI OS R L I M2 T S E N O T N OC M/ HA APR O. SR TCD A EA$N N DH RA % O I C E ,II T E F $ FCI V L N O I . P T UM S* ! A C T E I I A. L DT R A S N 4 UOIOA I R T / QD E A S. L T RC A U SO A G DT R ER$ O I C L A R T . U O S SDHES I ! G NCA NO N I TA2 L R SC / DI OT R V NME R S E I AS E O A F T T B I S SI A T SC A G YR S E GO NC E R R T I AG DR E A C OT NUSI O %DA DA,

UNIT IX: ELECTRONIC DEVICES

I-V

H N CGO I EAT EMA POL ST RU D SC L EO A L M NE GFR I SOO FNF O D OE I HT E T A. D G I WAN DPO I NOT ARA E B0G V A A YMPW L U O N I RD ODP E T MEEA VU L AMA R N D G OWO AS I I EM D SC KIAE CMPD OSSU L N DT B AN I L R MTAP EFYM O T KA S HS Y N T S A E D NI R F E OWH O I D T N A NPO S CA I I OT B N C ME U T T AAE MT MAED ODHD CLTN AANA I T FISN G O E I O VI SD T T DAC N ENWU CD MAI O TR E6E L % 4N0

UNIT X: COMMUNICATION SYSTEMS

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About CUET (UG) 2022 Exam

I-5 Syllabus CUET (UG) 2022

I-7

1.1 D L E I & S E G R A H # C I R T C E L % Chapter 1

Chapter 3

Y T I C I R T C E L % T N E R R U #

3.1

Chapter 4

M S I T E N G A D N A S E G R A H # G N I V O -

4.1

Chapter 5

R E T T A D N A M S I T E N G A -

5.1

Chapter 6

N O I T C U D N ) C I T E N G A M O R T C E L %

6.1

Chapter 7

T N E R R U # G N I T A N R E T L !

7.1

Chapter 8

S E V A 7 C I T E N G A M O R T C E L %

8.1

Chapter 9

S C I T P / Y A 2

9.1

Chapter 10

S C I T P / E V A 7

10.1

Chapter 11

R E T T A D N A N O I T A I D A 2 F O E R U T A . L A U $

I-11

11.1

2.1 E C N A T I C A P A # L A I T N E T O 0 S C I T A T S O R T C E L % Chapter 2

3 4 . % 4 . / #

I-12

% ' ! 0

Chapter 13

I E L C U .

Chapter 14

S T I U C R I # E L P M I 3 D N A S E C I V E $ S L A I R E T A S C I N O R T C E L % R O T C U D N O C I M E 3

14.1

13.1

12.1 M O T ! Chapter 12

Mock Test-1

M.1 Mock Test-2

M.7

DUAL NATURE OF RADIATION AND MATTER

O R E Z S I N O T O H P F O S S A M T E .

T H G I L F O Y T I S N E T N )

G N I T C E L F E R Y L T C E F R E P S I E N C O A I T F A I R D A U 3 &R

G N I B R O S B A Y L T C E F R E P S I E N C O A I T F A I R D A U 3 &R 2Ι C

Ι C

EE R C I A U F QR L EUA R S T LE NA M OT T EF O HMO P N O FMI O O T RC YF N GNU R O F E RK NT R EC EO MLW E UTS C A ME IJ N N EW I MTO S UN EJ K HO S 4T I

C NEI OLR RBC T A T T C E I EU L L E S E FO FO O T O NNH OP OT I T OS C EHA P J E N F FO W O O NNN OOK I T NP ER S I MO OS NBY C EAN HOE T PT UC QE EEE F HUR F 4DF E

Vac

− V0

GS NA I N D NW OO PN SK E R S R I OL CA NT OE M T O HFY POC N FNE O OU I YT Q CC E NNR EUF UFD QKO L ER R H OS F E EWR HOH 4T T

11.1

i3 (Saturation current)

H T G N E L E V A W R O

N O T O H P F O S S A M E V I T C E F F %

Energy E Power = = Area ( time ) A ( t ) A =

E hν h = = C C λ

0 N O T O H P F O M U T N E M O -

Note o

6 E

V H %

Radiation force

E h = C2 Cλ

hc 12400 = λ λ

Y C N E U Q E R F F O N O T O H P F O Y G R E N %

A QUICK REVIEW

11 CHAPTER

F F O T U C

L A I T N E T O P G EN I HP T P O T S

F )

)

Ι2

Photoelectric current

Stopping potential (V0)

N W O N K SN I O TT N O EH R P R UN T CE OD T I O C HN PI F FO O H WT OG L N F E EE L HV T PA OW T R S TO S Y UC J N OE T U LQ A I E T R N F EN T O O PD N ME UP ME ID N T I ) ML A FI O T N EE DT UO T P I N F GF AO T MU EC HS 4A i.e.

E M I T E TS I N A E UR NC I N I AL EI L R A W TT I N N E UR R NU OC GO NT I O L L H A F P NE OC T N O E HH PD FN O A O E S .A E R C N NI OL L T I O HW PN O FR O T C YE T I L S E ND EE T T N C I E EJ S E A F EO R C O N. I EN WE H FT ) K.E. = hν − φ

F O Y G R E N E E H 4E S N A OE T R O C HN PI L FI L O W HN T O G R NT EC L E E L VE AD WE T EC HJ E T E EF S O A EY R G C R EE DN RE OE YC CN NE EH UD QN EA R E F S EA E HR T C EN S I A L EI L R W C NN I O ET WO H FP )

Ι1

Stopping potential

Ι1

Q Frequency (v)

− V01 − V02 − V01 0 Collector plate potential Retarding potential

N O I T C N U F K R O W

EINSTEIN PHOTOELECTRIC RELATION N O T O H P F O Y G R E N % N O R T C E L E D E T C E J E F O Y G R E N E C I T E N I +

S A N W O N K S I L A T E M N O R T C E L E E N O Y L N O H T I W T C A R E T N I N O T O H P E N O T C E F F E C I R T C E L E O T O H P N )

V3 > V2 > V1

Ι 3 > Ι 2 > Ι1

Photcurrent

F O N O I T C N U F K R O W O T G N I D N O P S E R R O C N O T O H H PT FG O N E HE L T G V NA EW L E VD AL O D L WH O H S S E E ER R H HH T 4T

Photelectric current

Intensity of light

0 Collector plate potential Retarding potential

− V0

Saturation current V2

intensity of photon saturation current will increase but will remain same

we increase potential

hC work function

D L O H S E R H T

work function h

3 # ) 3 9 ( 0

11.2

2 % 4 4 ! $ . ! . / ) 4 ! ) $ ! 2 & / % 2 5 4 ! . , ! 5 $

6 Q % E L C I T R A P D E G R A H # R O &

0 N O I T O M C I T S I V I T A L E R N O N R O &

O 3

E R E H 7

T N A T S N O C K N A L P H

E L C I T R A P F O S S A M M

E L C I T R A P F O Y G R E N E C I T E N I + %

E L C I T R A P N O E G R A H C Q

D E V O M S I E L C I T R A P D E G R A H C H C I H W S S O R C A E C N E R E F F I D L A I T N E T O P 6 D

L A I T N E T O P T L O V 6 S S O R C A D E V O M N O R T C E L E R O &

Y T I L A U D E L C I T R A P E V A W W O H S T N E M I R E P X E R E M R E ' N O S S I V A $

S P O T S S N O R T C E L E O T O H P F O N O I S S I M E E H 4

EL F R E A S TI T U BE D DO EH T T T I A MC EO T EO R H A SP NE OH RT T C Y EB L E D OE T B O R HO S PB EA HE 4R

! "

R A E N D E T C E L L O C E R A S N E OT RA T L C EP L R E O T OC T E O L L HO PC EE HH 4T

M O R F D E S R E P S I D S U ET R A A R SA NP OP RA T C E EH L T E F OO T O E HD PS I EE HH 4T

O R E Z H T I W T U O E M O C S N O R T C E L E OD T E O E HP 0S

E C A L P S E K A T N O I S S I M E C I R T C E L E O T O H P O .

! "

S I N O T O H P E H T F O S S A M T S E R E H 4

M H T I W T U O E M O C S N O R T C ED L E E E P OS T O C HE 0S

D N A N E E W T E "

M H T I W T U O E M O C S N O R T C ED L E E E P OS T O C HE 0S

N O R T C E L E N A F O T A H T O T L A U Q %

ED HE T V R OE T S DB EO I L S P PI T AN SE I R R LU A I C T N EO T N O PL L E GC NO I T P PO H OP T S S N NFA EOE HEM DS 7O I NH A4

! " # $

[CPMT 1996]

E V A W R E T T A M F O H T G N E L E V A 7

PHOTOELECTRIC EFFECT

A. 12.27

λ=

F F O T U C

E H T E S T A U EB R C E ES DA E R C N I L L I W

D E T A I C O S S A E B O S L A N A C E R U T A N E V A W T A H T S E T A T S E V A W R E T T A M E FL O C I T SR I S A E P HC T I O P PO YC HS O ER I L C G OI RM "H T EI $W

H Z C (I H 7 E S T CC IA LF E A R RR T UO E MSC S S T AI I S R T ONN O F SE YL M CL E NAT EFA U±T Q S E G R N F I D W L O O L H O L SFF E O R E TH HH 4G T IF , O

h h h = = p 2mE 2mqV λ=

2mE

E W F )

h p

wavelength of photon potential saturation current will remain same

increase the frequency stopping potential

11.3

= 6.62 × 10 −34 J-s

MULTIPLE CHOICE QUESTIONS (MCQs)

6 E "

T 6 I EN O T N SE I D MI C UN NI I E SB MI L U± L L I A W F Y S S S S O C N M M M M N E O H I U T T G G G G C Q G K K K K N E NR UE F L FE D KV L R O OA H S WW E FR EO H HT T ! " # $ 4H E GH I 4 , EN HI O 4S S I 6 EM E C I R ST I Z Z L C E ( ( A TL EE O T MO AH FP " $ O R O NF OY I T C C N NE UU FQ Z Z KE ( ( RR E OFB W ML L EUI HMW II T ! # 4N IY MB Y B D E S S S O n P O R P S I T C E F " $ F E C I R T C E S L E S O T O H P E H ! # 4

N I % N E I S E D H E T Y N F E O O B T E O W N S E O I N . . WO I AT L A " $ N U Q O I E T A C I VR R T E C S E N N N L I E O E E O G CT T S O N Y HH U I C I ( % P H S N ! # 7I E T S

S I M U I S S A T O E Y P G G FS R R OI A E N H N YO C E CI NT EC " $ U N QU EF R K F R DO M L W U O T H E N S H E E 4 S R M S HZ O A T ( M M E H ! # 4 E D N O I S S Z Z I ( ( M E C I R T C E L E " $ T O O H P F Z Z O ( ( S S E C O RN PO ES D ! # HN 4E P

17.

C I F I C E P S * * S T E H G I H E V A H G " $ N I W O L L * * O F E H T F O H C I E H G R ! # 7A H C

ST S E ) S S S A T E P L S O E BV H M T O6 F L F N O U O O E O T N CE O C R O E N 0 . @ E ER E " $ GF R E F A I B HDL L CLI A W FI O T N S NE E N L OTU O O RP R T O T C J I @ S EAN O E L 0 ( EHI Y NGG UR ! # !O E RN HE T

% %K

6 E 6

" $

E 6 6 E

! #

TI S L O Y VG R E HN T E I WC I T DE EN T I A K R E S L T I E CN CE AH ST I E NC ON T E O R RE PF F AD I NL EA HT I 7N E T O P

19.

V H V H

V V V H H H V V V H H H

! " #

T H S G I E I L N T C A O N F I T E R A D U U I S C Q N F E C E O I A C F N R F I O O R U T I H T C S E C T E S F G N O L E E N U O E F E H T T L R E F K O U O V R H T A O A L P L W W N A E H ! " # $ 4

[CPMT 1997; CPMT 1999]

[BHU 2005]

18.

E C A F S R I UT SI ER VO R K I C H I F T I O W Y S " D C N EN L A I S E E H OU . # T Q OE HR " $ PF FD O L O NH N OS O I E T S C R M N N H UT O A F E H K KH 4 I L R 4 L I O * 6 W * EE ! # H 4 S I

14.

Y B D E R E V O C S I D 6 E 6 S 8 E A W N O " $ R T C E L E N O E G 6 R 6 E A E H 8 8 C E ! # H 4

G N I V A H N O 6 T E O H C P A F O M $ U TZ N E( M O M E H T 6 SY I E T C A H N E U # 7Q E R F NNO EEH HHP 7TD T S I E M S 6NT T M EOI 8TM NE SE I F LDO I A TCY N E G MIR E E DN " $ AA F E O MC N I ST S S OI E M M I T8NE I C N KB L UYML F G I KRUW RE N M N OE I O W X R F T EOAC E ! # HTML 4HEE GHO I TT L

L A I T N E T O PE AB L HL GI UW OY RT I HC T O DL EE T V A R S T E ) L E C6 C A S I NF OO RE T C C EN L E E R NE F !F I D

EK V

11.

16.

15.

10.

13.

[BHU 1997]

12.

1 mc 2 2

! N O T O H P R O F E U R T S I G N I W O L L O F E H T F O H C I H 7

[BHU 1995] 7.

hc E= λ

E= E 2v p=

1 E = mu2 2

1 eV 1840 4.

3 # ) 3 9 ( 0

11.4

2 % 4 4 ! $ . ! . / ) 4 ! ) $ ! 2 & / % 2 5 4 ! . , ! 5 $

6 6 " $

6 6

6 E n 6 E

6 E

" $

6 E

CH I T R G T N C E EL L E E V OA T O HW PA O RT OS F DS I YNN COO P NS I EE T C UR QRN EOU RCF F K MR DUO L IW O D H S SOT ES) RN HOM 4TN C E F F E

SEE I HP 64A C E S ME NE H * * N O T P I T O HT C N T S G O UNT F E KLD E RV E OA R " $ W I WU FFQ O E O S R I ETL S CHA G N AI I T O * FL N R R UHET T C T SI L E WOL A P E * D T G E EN O M T T I A O D I H ! # !DRP A A T R F E R O R I S T I 6 E S I 6 6 L E E A T E M E AB L FI L " $ O W NH OT I T G C N NE L UE FV 6 6 KA E E R OW W D L EO HH S ! # 4E R H T O R E Z G N I V A H ± ± R O F L A I T " $ N E T T O N PR E R GU NC I D N RO ± ± AR T E T C R E L E H E O T ! # 4O H P 32.

I C N I F O Y C N E U Q E R F E H T O T L A N O I T T R H OG PL I OT RN PE SD ) #

N I E S A E R T C H NG I I EL HT T N HE T D I I WC N YI L F MO RH OT F I G N N UE L SE E V S A A EW R E C NT H ) "

Y T T I H S G N I E L T F N O I Y E C H N T E O U T Q L E A R N F O E I T H R T F ON P O O O T R I T N A E PN D YI N L E EM S U P R L E E L I D VF NO N ) ) " #

I M U L L I F O Y T I S N E T N I E H T F O T N E D N EN PO EI T DA NN ) !

F O H T G N E L E V A W E H T O T L A NT OH I G T I R L OT PN OE RD PC I N SI ) ! EO R T A SO NH OP RO T T C EE L U E D ± ± EE HC T A HF C R IU H S " $ WL A HT T E I WM Y GES H R I T E T C ± ± NME EOF CR F TFE I EDC N I ER I T T T ! # +I C E ML EE

N I EE S V A EA R W C T NH I G EI HL T T HN T E I D WI C YN L MI RF OO F Y I C N N UE SU E Q S E A R EF R E C H NT )

F O Y T I S N E T N I E H T O T L A N O I T R O P ON RI O PT A YN L T I C EM R U I L L $I

C EI HR T T C NE OL E TO N T EO DH NP 6 6 EA E E PN E DI N SO I I GT NI A " $ I D WA OR L L T O N F E ED HI C T N 6 6 FI T E E OF N HOE C Y I M T H I I S R E ! # 7NP E T X N E I

! #

" $

AM NU OM TI N X EA DM I C E NH O I 4T S L I 6A 6EU E Q NE OI S I T YC S N GN R O U E R F T NK C ER E L FO E O W O NGT ON O T IH O V HAP PHF LO !T A % E M+

E H T 6 E S I L A T E M A F O N OH I T T C G NN UL E FE KV RA OW WF F FO ) T U C

33.

26.

[BHU 2003]

C 6 E EL E O T O SH I MP R UO I 6 6 N F E E I T I - - MR UO L F A H FT " $ O G NN OE L I E E T C VB NAL L U I FWW D 6 6 KL N E E ROO O H I - - W S SS E I ER HHM T E ! # 4E C HR I 4T

! #

F AO H G% U O+ RN * * H TE H T D E T TL A O R EV L E C " $ C AF SO I E * EC N * L C E IR T E E R B F AF IL L PD I LW A E I N L T C N I ! # !ER T TA O PP

ENE DOH AT R4 MC E6 L SE I Dn 6E ET F TO I L A YMI E GETB N R E E E L HT L NT I O W ENP L FEGA O HNT T IE NLP APM OT T OF ET O HMSO P AN AYO AN I BC T NODN ETE U HN PF EPK 7D OR I T C S O NI SW I E V A W F O T H G ± ± I L F O N O T " $ O H P A F O S YI GM ± R N ± E N E E HH T ! # 4G N E L

[CPMT 1973] 25.

31.

24.

KG RN I OP WP O DT NS AF 6O EE U L A SV I NE OT H T O N HE PH FT O Y6E GEB R E L L N I ESW I E A L N HO I T T I N T FC ) E NT UO FP

34.

27.

[BHU 1997]

29.

22.

30.

! # N O T O H P A F O H T G N H C E C H L E V " $ A W E T S A I M6 IE X O R C P H PY AG H ER HE N ! # 4E F O O

S I H T G N E L E V A W F O N O T O H P A F O Y G R E N EY EB HN 4E V I G 21.

28.

O [CPMT 1974; CPMT 1992; BHU 2000] O

20.

11.5

[AIIMS 1998]

T N E R R U C C I R T C E L E O T O H P F O T N U O M !

T N T H G E I D L I T C N N E I D F I O C N Y I T F I S O N E E 6 L T G N N I L A A E I E H T H T N T E N N T O O O P P P U U G S S N D D I P N N P E ET O P PH T E EG S I E $ $L H 4 ! "

E H T F O E R U T A N E C A F R U S E H T N O P UE SC DN A NT ES PB EU $S $

E H T F O Y T I S N E T N I E H T F O T N T EH DG NI EL T PN EE DD NI I C N SI )

% D N A

S I N O T O H P T N E D I C N I F O H T G N E L E VN AE H WT ND ES E HA 7E R C E D E D N O R T C E L E O T O H P D E T T I M E F O YS T E I C S OA L E E R 6C N I N O R T C E L E O T O H P D E T T I M E F O YS T E I C S OA L E E R 6C

I C N I E H T F O Y T I S N E T N I E H T N O P UT SH DG I NL ET PN EE $D

E DG G N NI R AP A N P H O O C T T S O T E S O HE S N A PH O E TT N D R S C EI N N T DA O I I R T C H 6 T N N7 C I E E E R L " H R E 6 T O U F E T C O C ON H I Y I P R G T R N F C E O O E N I L T Y E EC T I EN O H C U O T T O F L S E H L6 KA I 6 0 6 RI T EON # $ WE! T EO HP T

EE HD T O H FT O A YC CE NH ET UF QO EE R R F U ET HA T N HD T N O A BT H NG OI SLA L DTI NNR EET E D PC I A EN M $I

E H T F O E R U T A N E H T N O P UL DA NI R EE PT EA DM TE O ND O SH E T OA $C

43.

F O Y C N E U Q E R F E H T N O DT NH EI G PL ET DN E TD O I NC N SI E E OH $T !

S HI T G N6 EE L E VG AN WI E DB L O N HO ST I E C R HN $ T U F C I K R R T O C EW L E O T M O U HI S PS 6 A ET H O # 4P R O F

S T ) 6 E S I L A T E M C E A S S FI E O YL NCC Y N OE C I T U C NQ UE R FF KD RL O OH 7S ! E R H T

L L E C C I R T C E L E O T O H P L A C A C C C E N I R S E S E I T S C N E E L O L E E C I L E C L C Y S R O Y Y C E T C C V L MA N O C O RI CF M EE YC G R H A# L E NP S! " # $ %E K A T

L A C I R T C E L E O T C I T E N G A -

ECKI C S RT OEO E HPWN S I WE FK R O S6 LME E A I ET UB C M N EML L M N E MII W U X N A QD AN S N E M R E O A T F R F A T 6 O TE C N N E I O " $ E L MI E T R SUA E D E R F L L I F E IET I G D T YH R I L E 4M E ON V E M WES I 6 M N TES E EH N FVE T OAC F THC O U N HSS OY G N I I OYT G CE R ! # ,TL O E NN VU HI PT FE

45.

39.

42.

S N O R T C E L E O 6 6 T O H P R " $ O F L A I T N E T O P G 6 6 N I P P O T ! # 3

% D N A ,

ED HT E T A NN EI HM WU L L LI A S I I T N 6 EE T O P GN NO I I P T PCV ON% T U S F EKF R O HO T T H SWG I HL I TI T A E HWH LT 7A H TT E I MW

44.

% D N A ,

[CPMT 2001]

38.

[AIIMS 2004]

E R E H T

C E L E O T O H P F O Y G R E N E C I T E N I K M U M S IN X AO R -T "

1 λ D

D DO

D N A

D E C U D E R E B L L I W L A I T N E T O P G N I P P O T 3 !

[BHU 1998]

[BHU 2000]

41.

1 λ D D

D D

S I S L I A T F T H I E G N L M I L A O TT C R A I N R C F E L T E O A C D L C E I E N I C L O R O N E T T I I T C O O C EH E T L N H L U P E T A F O C F FO I O T K N L A R YN A C O O C H W I NS I C T EI S E P / - E UM H Q T EE R F F O # $ ) EN HS T I

E C A F R U S E H T F O N O I T C N U F K R O 7

HIT H T DI I OW WS DFH NOC AEA CE AD F E HR T T T UI G SM NN EA E L E E ER VL ACA S WAN FNO N O ORE TSTH C L H L ET GA L % I F E L O Y F,T O G O N R H MI E OP N AT E EA BN.I C F I ) T !M E N UMI L L UK I

36.

Q [BHU 1994]

'ϕ'

40.

! " # $

1 L

ϕ h ϕ h

ϕ h Q

ϕ h Q -

35.

'ν'

37.

3 # ) 3 9 ( 0

11.6

2 % 4 4 ! $ . ! . / ) 4 ! ) $ ! 2 & / % 2 5 4 ! . , ! 5 $

S Y Y Y EI C C C 6SE N N N EUC E E E AN U U U CA Q Q Q NT S E I E R E R AS R ECB F F F U N CTS D D A N I E E AHI S E S S T T G S A A H T E E N T BH R S C R A U G R M C H S I A L N E C A O E I FR D T O P N F F P A A U O HN A H O T H N H O S G T T I T I O I I S I NS D I W W W T EI C L Y T T T M E L N U U U E V U E T O O O A F Y E NL S S S L KWO E P E E E RTR T M M M M O STA O O O O WECM E G # # # # EN I L X E HL OO O TR ! " # $ 4E O P HHP 4PA

SN NO OP RU T C S ED L E N FE O P M M E N N %D + E E C H A T F R TU " $ CS E L F A F T E E CM I R T E C H ET L M M E M N N O O TR OF H P D E NT T ! # )I M E T H G I L F O Y T I S N E T N I !

H T I W T N H O G R I L T F C O E L T S Y E I H T I G T C NM I H L G O AN L T I E N F L E T V OF D N D O I Y E N C H GT D A N I R I G F C Y EN N N T I O I E EL S Y F N E C O E CV N Y T I TA N E T E I W I N U C I Q O H K E T I L E E L O R G EO B V F HR 4" " # $ E D

R E BE C UV)HE I T T A P CI ) ES OS TB E T NE R O E C , HS 6C POS D TNDN FO ON 6 O I H AA T E 6 P N A B E O I B A D T I 6 A R A A R O A I S F R T 6 E L N V " $ AA V S E R I E R T U I SN E T C F I WEF S E OTI H HODNT E SPET NR EI 6 EER O E 6 RDH F O E U T N H E G S N RT E AO I E I F E H C HF T E EBN4 I HW C CE Y L ! # 4 A)UE T F Q D R N EV NR UA ES I R FT -

H T I W N O T S O I H M ± ± P N A F O Y G " $ R E N H E T E I H W T T A F H O ± ± O T O I T T A R M E N H ! # 4

S I L A T E M A F " $ O N O I T C N U F K R O W E H ! # 4

57.

O T N I R E T N E O T N O R T C E L E E H T R O F Y GA L R T E NE EM EE HH 4T

Y A R 8 G N I C U D O R P R O F Y G R E N E E H 4

Photocurrent

T U O E M O C O T N O R T C E L E E EC A HF T R RU OS F L YA GT R E E NM EM EO HR 4F

EE R V NA EW T ± S G N U T NFN OOO I I TS S H S S I GI I ML M E) FE C N I E ± E R H S T T C E T H E L T N E E F O F O D T O I E O C N HTI N H O PG S I . R L I OS H E T $ &I R G N UE QL

) C) C

E C A L P E K A T T N O $

! "

E C A L P S E K A 4

! "

) A) A D D N N A A B C 6 6 6 A6 A

c b

" #

Anode potential

52.

E S S I L E A H T C T F EE M O B OL E T L N O I O W H . PH T AG FN " $ O E NL E OV I T A C NW UD FL KO RH O S E WR EH HT T S ! # FT )S )6 EM

50.

55.

N E H AHT S FER R O O HF T NE N OH O I I T TI T C SD NI ± ± U N F O K) FC R Y S O I R A N WDS O SR " $ N E D T NACC E A EL N YE E N CRE O T NAH O ENT OYH UT ± ± Q CP EONF RHEO FPUN T EN Q O HE I E S R S ! # 4DF I I DM C L NO E I

56. u [BHU 2004] 49.

51.

H H

Q d Q

ν0 2

Q Q

54.

E H 4 6 EE B L L I SW I MM UU I I D D OO SS FF O O NH OT I G T N C E NL UE FV K RA OW D WL EO H HS 4E R H T !

[BHU 2003]

O T O H P E H T N I E D C E A L V P L Y C O E N V K E N T A U I N T E N Q T E OM O I N R TR O F HE Y N P P A O X T M S N E R D EC T O N DE I Y E C F F A P N E E - $ IC E I HR T # $ 4C E L E LMI S A T S UN E MMO IR EX T HA C T E L NME OEO TH T N O E4H D P I C D N YT E IC S T " $ I N I EM UE YQE CEH NRT EFF UDO L QO Y EH G R S F R E F E O R N T HE H T C G I E I T H ! # , E T N FK I O

3 Q 2

47.

48.

1 Q 2

53.

46.

11.7

3 # ) 3 9 ( 0

11.8

Y OC T N O HE PU Q FE O R Y T YFI E GH S R N T E E NNT N EOI YS CL I T T NI E ON NS I DO K NT MEO UPN D MEN IDA S X ANT O H MR G T I C EE L HL F 4E O

YE L H T T N E I A V F A E SL I S EN CO AR F T R C UE SL LE O A Y T T L E O E T MHA P I EED HH E T TM ND EEM HTI A E WN C I A NM F EU R VL U LS %I

E H T N O D N E P E D T O N "

% H M

Y G R E N %

M U T N E M O -

63.

S E O DY G HE R T G N NE EC L I E T VE AN I 7K

E S E H T F O E N O .

! #

" $

! "

E S A E R C E $

S A S N O R T C E L E D E T A E R T S I S E H T O P Y H E I L G O R " E D

ET HI T H T NG E IN E S T E E A L H G E T V AA F P S O O W E REE V E P N A O M NMA 7 . O AS T S O E EH HH " $ P TT E AGV B DI NA @ D NV H N AAY S A NHE O S E H RE A L T T @ C V C T I H T AA E T R L WT H O E A 0 " NFS AOE I ! # FML )RP OM F I

HY T B I WN E DV EI T G A I S C I O S% S Y A G R E HN T E G NC I ET L E E N VI E AK S W E G EN H I T LI V G F O AN O O I E RHS N "NS O EOE R D R . E T P C X HL EE $ 4E E NH AT

6 E F M M O H T G N E L E V A " $ W E I L G O R M M " E D E H T DN NO I R T ! # &C E L E

" #

S N I A M E R S N O R T C E L E O T O H P F O % + M U M IE X M AA -S

D 6 E E L B U O D F O N A H H T T G E N R E O D L E M E V V A E L B A L H W L I S I E W I L G % % O + + R M M " E U U D M M E I H I X X A A T - - D NN I O # $ &T O R P

E S A E R C N ) !

T S U J S I S N O R T C E L E O T O H P F O % + M UD E ML IB X U AO -D

2mE !

2 2mE h -

61.

[CPMT 1995; AIIMS 2003]

70.

62.

2h mE h O H P P P A N M M I A T A L L H 6 2 G I 5 L D 7 TE NL 7 EB I DU O C ND " $ I S I F P OT N M YE P A CM M L N I A 2 ER L U E QP 2 7 E X R E F 7 E C I HT R T C FE ! # ) L E O T ,

[BHU 2000]

69.

[CPMT 1996] ,

68.

SD I E T NA OI RC T O C S ES L A E NE H AH FT V OF M YO G H R T E G " $ N N EE L CE I T V E A NW I K E EH V V HT M T NDL L H E I EW H M H S A E EV ! # 7R CA NW I

E V O B A E H T F O L L !

C A C U I R EL M L T L I C E O S EO R I L F T L E O N A OH I O T R I 0E O T H T A I P±AD M M R MA O SR F I C H H T I T T SN A GI NL EM " $ E A HO LI E R R W E VT H AA C D O E WM T N T DAI O L MM O HMEH SOE M M E T I R B RF W L H L N T I D E OW E I HS T A ! # 4SSN N I OI MR M ET -

60.

HV T IY WT I C DO EL T E A V I C H OT SI S W A G HN T R I G E V NO M EM L R E E V ' AM D WS S N EA A E I L M I G N L N OF O G I K RO S O E S I R T C "E " S N V L EC N A A E I DT L I $ D % 0 ER HA ! " # $ 4P E HS T I

TE H R GA I L S FN O O YR CC T NE EL UE QO ET R O F H MP U MO IN N H I MC I AH SWD I E EWT R T OI E L M HE 4BE

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[CPMT 1992] $

66.

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DE-BROGLIE MATTER WAVE

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C H H

82. Assertion :

E S L U P M I O T L A N O I T R O P O R P Y L E S R E V N ) #

77.

E S L U P M I O T L A N O I T R O P O R P S I "

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S S A M O T L A N O I T R O P O R P S I !

[CPMT 1987]

76.

E S E H T F O E N H O T . G N E L $ E V A W E I L G O R " ± E D E H # 4

ASSERTION REASONING

75.

D 6 E ET G A I CK SO I n S NS OA RH T T C G ± EN L E E L E NV E AA M FW O " ES * YL I GG R n O E NR E" E CD I T E E ± NH T I K EH T EA T HL I U 4C ! H LI T A #W

C H H

" $

! #

" $

! #

73.

Y B D E S A E R C N I SM I U NT ON T E O HM PO EM HS T T FI O N YE H GT R E N EF EO R HO T T FC ) A F A

DEES HI EHT T 4 L E A R C HI T 6 E T IR L E C WA C P A D E EFTN O A R I A A EC O EC H L SI T NS C E I W A T R R E D A H F E F PI T T G D A NI LL EC NA O AT E I S VS DN A A EW NT T AO A NPEH OAH T T TO O RHFT PGON O !UOT O I O RA T R HR P T "

2 2 :1

81.

74.

80.

2 2

2 :1 1

1 2 :1

2 :1

1 2 D

79.

1 p

λ∝p

λ∝ !

72.

1 m 1 ν

λ∝ λ∝

78.

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11.9

72.

78.

84.

! ! ! $ " $ " # # " ! # # $

66.

71.

70.

77.

76.

83.

82.

89.

88.

! " $ ! $ " ! ! ! $ # " ! # "

65.

64.

69.

68.

75.

81.

80.

87.

86.

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62.

61.

67.

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85.

! ! # " ! ! # ! " " # " ! # "

56.

55.

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57.

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52.

51.

50.

49.

E H T S I F E R E H W

54.

53.

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48.

47.

46.

45.

44.

43.

S Y A R C I T E N G A M O R T C E L E E R A S Y A R 8

42.

41.

40.

39.

38.

37.

C YI GR R T E C NL E EE EO L T O O HH WP SN T I SI R M E O F S T NA AE R T H NT OF T O O HN PO R ET HC 4E L E ET HC T E F F OE T 36. 35. 34. 33. 32. 31.

CE I V R A T C H ES L E N OO T R O T HC E PL E FO O T SO S H E CP OD RE Y PT G TR EI E HMN T E NEC E ) I HT T E N LI L A K NE OM I A S S S I E MH ET 24. 23. 22. 21. 20. 19.

T SO S E N L E SR I A TS H N GO I L R T TC N EE L DE I C YE NC I C NA FE F O UR YQU CES R NF L A ED T UL E QO EHM R SM F E R FH O ) R TF ED HE T T T NI AM HE T 30. 29. 28. 27. 26. 25.

F O D E E P S E H T H T I W L E V A R T Y A R 8

T H G I L

18. 17. 16. 15. 14. 13.

E H T F O O I T A R E H T S I E G R A H C C I F I S C ES PA 3M

O T E G R A H C

12. 11. 10. 9. 8. 7.

FE O R U YT CA NN E EL UC I QT ER R A F P E DH L O T HT S SR E O R P HP T U ES HT C 4E F F E C I R T T H C G EI L L E N OU T O S HF PO N O R T C E L E S E NS AA FE O R C DE ED EE PG SR EA HH T C NC EI HF I C 7E P S S T I S E S A E R C N I

6. 5. 4. 3. 2. 1.

F H N O I T C Y NC UN FE U KQ RE OR 7F D L O H S E R H T S I S N O R T C T EH L G E I OL T F O O HY PC N FE O U RQ E E BF R ME UH NT O ET HL 4A N O I T R O P O R P

ANSWERS

89. Assertion :

85. Assertion :

Reason :

86. Assertion :

[AIIMS 2001] Reason :

E L C I T R A P A E K I L S E V A H E B N O T O H P E H 4 N O M E D T C E F F E T CH I G R I T L C F EO L E E OR T U O T HA 0N E V A W E H T S E T A R T S [AIIMS 2004]

Reason :

88. Assertion :

84. Assertion : :

[AIIMS 1997] [AIIMS 2005]

S I L A T E M A F O L L YA T I M V I S T I S S I NN EO S I OT T C O N HU 0F K R O W S T I F I H G I H M U T N E M C O M% D N AP %Y B D YE GT R A E L NE ER EE HR 4A N O T O H P A F O P

87. Assertion :

RR E O PF E: YL GH I R G E N NWI S E:A G E NGR N I C I D S N NA I I EH B R T I ICW N E I L C S H E UT S NI A YWE VSR AEC ESE HAD E T RR I OC I E &I NL C NU ON ET L C H UG I NL

Reason :

[AIIMS 2001]

Reason :

83. Assertion :

Reason :

3 # ) 3 9 ( 0

11.10

Tan Print's Physics for NTA CUET (UG) 2022 AUTHOR

: Ashvini Shukla

DATE OF PUBLICATION : MAY 2022 EDITION ISBN NO NO. OF PAGES BINDING TYPE

: : : :

2022 9789394186682 290 PAPERBACK

Rs. : 395

| USD : 36

Description This book intends to cater to the principal needs of all the students preparing for the Common University Entrance Test (CUET) at the Undergraduate Level in the Physics Domain. This book contains the practice material in a highly student-friendly and thorough manner. The Present Publication is the Latest 2022 Edition, authored by Ashvini Shukla, with the following noteworthy features:

[As per the Latest Syllabus] released by the National Testing Agency (NTA)

· ·

[Chapter-wise/Topic-wise MCQs] with hints and answers [Chapter-wise Video Solutions via QR Codes] for conceptual understanding

[Chapter-wise' Mind Maps/Quick Review'] for complete revision of concepts

[Mock Tests based on Oﬃcial Mock Test Pattern] are provided in the book to gauge the students' knowledge & understanding. It also enables the students to get acquainted with the pattern of examination before appearing for the ﬁnal exam

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