Determine the equation of the ellipse centered at (0,0) knowing that one of its vertices is 8 units from a focus and units from the other. 4.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.2: Ellipses
Problem 33E
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Answer no. 4 only. PLEASE HANDWRITTEN
Performance task #2
GRAPH LABEL ALL THE PARAMETERS.
DETERMINE ALL THE necessary
Parameters.
9-
Center
b. foci
c. Ends of latus Rectum
d. Standard Equation
e.
General Equation
3.
2
1. (²49) x ² + (25) y
2. A ellipse is defined by
parimetric equations
is
25
Xem
y = 7 carb
the
Find the equation
&
of points (x, y) whote
Росия
sum
of it distances from
two fixed points (4,-2) and
-2,2) is equal to 8.
Determine the equation of the
ellipse centered at (0,0) knowing
that one of its vertices is p
unit from a focus
and
18
units from the other.
Transcribed Image Text:Performance task #2 GRAPH LABEL ALL THE PARAMETERS. DETERMINE ALL THE necessary Parameters. 9- Center b. foci c. Ends of latus Rectum d. Standard Equation e. General Equation 3. 2 1. (²49) x ² + (25) y 2. A ellipse is defined by parimetric equations is 25 Xem y = 7 carb the Find the equation & of points (x, y) whote Росия sum of it distances from two fixed points (4,-2) and -2,2) is equal to 8. Determine the equation of the ellipse centered at (0,0) knowing that one of its vertices is p unit from a focus and 18 units from the other.
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