Suppose a golf ball is driven so that it travels a distance of 200 feet as measured along the ground and reaches an altitude of 500 feet. If the origin represents the tee and is the ball travels along a parabolic path over the positive x-axis, find an equation for the path of the golf ball. Which form does the equation fit? (y – k)2 = 4 c(x – h) (x – h)² = 4c(y – k) (x – h)? + y – k)² q? p2 (х — Һ)? — (y – k)? p2 q? (x – h)? _ y – k)² p2 q? With h = 100 k = 500 p? : = DNE q? = DNE

Algebra for College Students
10th Edition
ISBN:9781285195780
Author:Jerome E. Kaufmann, Karen L. Schwitters
Publisher:Jerome E. Kaufmann, Karen L. Schwitters
Chapter13: Conic Sections
Section13.1: Circles
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Suppose a golf ball is driven so that it travels a distance of 200 feet as measured along the ground and reaches an altitude of 500 feet. If the origin represents the tee and is the ball travels along a
parabolic path over the positive x-axis, find an equation for the path of the golf ball.
Which form does the equation fit?
(y – k)2 = 4 c(x – h)
(x – h)² = 4c(y – k)
(x – h)? + y – k)²
q?
p2
(х — Һ)? —
(y – k)?
p2
q?
(x – h)? _ y – k)²
p2
q?
With
h = 100
k
= 500
p? :
= DNE
q? = DNE
Transcribed Image Text:Suppose a golf ball is driven so that it travels a distance of 200 feet as measured along the ground and reaches an altitude of 500 feet. If the origin represents the tee and is the ball travels along a parabolic path over the positive x-axis, find an equation for the path of the golf ball. Which form does the equation fit? (y – k)2 = 4 c(x – h) (x – h)² = 4c(y – k) (x – h)? + y – k)² q? p2 (х — Һ)? — (y – k)? p2 q? (x – h)? _ y – k)² p2 q? With h = 100 k = 500 p? : = DNE q? = DNE
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