EXERCISE: CONIC SECTIONS
1.
Label the following graphs with: Centre as C Focus as F Latus rectum as d Minor vertices as V3 and V4 wherever appropriate.
, , , ,
Vertex as V , Radius as r , Major vértices as V1 and V2 Foci as F1 and F2
,
y
y
y
x
x
x
2.
State the equation of circle centered at ( –3, 1) and diameter of 4 units.
3.
Find the coordinate of center and calculate the radius for 4x 2 − 40x + 4y 2 + 4y = −93 . Then, sketch the graph.
4.
Given the equation of parabola:
( y − 2 )2 = 8 ( 2 − x ) a) b) c) 5.
Locate the vertex, focus and the line of symmetrical axis. Calculate the length of latus rectum. Sketch the graph.
Construct the equation of an ellipse with the following properties: a=8
;
major axis, y = -1
;
lines of latus rectum are at x = 0 and x = 8.
Then, sketch the graph.
6.
Based on the following information: Line of major axis, y = - 3
Length of major axis = 1 unit 11 Length of latus rectum = ¼ unit , y-intecept at − 4 Name the conic section and construct the equation.
7.
,
Circumference of a round trampoline is 40 in . Construct the standard equation of circle that represent the shape of the trampoline.
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