Find an equation for the collection of points for which the distance to (3, 0) is twice the distance to the line X = -3. Which form does the equation fit? O (x - h)2 = 4c(y- k) O (y - k)2 = 4c(x - h) O (x - h)2 y-k)² = 1 p2 q2 o (X-h)2 p2 Sy – k)2 = 1 q2 (y-k)2 (x - h)² q2 p2 where C = h = k = p2 symbolic formatting help

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter4: Eigenvalues And Eigenvectors
Section4.2: Determinants
Problem 11AEXP
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Find an equation for the collection of points for which the distance to (3, 0) is twice the distance to the line x = -3.
Which form does the equation fit?
O (x - h)? = 4c(y – k)
O (y – k)? = 4c(x – h)
o (x- h)2 (y-k)²
%3D
= 1
p2
q2
(x-h)² _ (y – k)²
= 1
p2
q2
(y-k)?
q?
(X - h) = 1
p2
where
C =
h =
k =
p2
q2
symbolic formatting help
Transcribed Image Text:Find an equation for the collection of points for which the distance to (3, 0) is twice the distance to the line x = -3. Which form does the equation fit? O (x - h)? = 4c(y – k) O (y – k)? = 4c(x – h) o (x- h)2 (y-k)² %3D = 1 p2 q2 (x-h)² _ (y – k)² = 1 p2 q2 (y-k)? q? (X - h) = 1 p2 where C = h = k = p2 q2 symbolic formatting help
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