What is the rectangular equivalence to the parametric equations? z (0) = 4 cos 0+2, y (0)=2 sin 0-5, where 0 <0 < 2π Drag a term into each box to correctly complete the rectangular equation. (1-2)² (x+2)² (z-5)² 4 (x+5)² (y-2)5 16 16 16 = 1, where x is on the interval (y+2)5 (y-5)² (y+5)² 16 4 4 [-2,2] < 1 2 3 4 [-7,-3] 7 5 6 [-4,4] 8 [-2 9 10 r 73°F Clear
What is the rectangular equivalence to the parametric equations? z (0) = 4 cos 0+2, y (0)=2 sin 0-5, where 0 <0 < 2π Drag a term into each box to correctly complete the rectangular equation. (1-2)² (x+2)² (z-5)² 4 (x+5)² (y-2)5 16 16 16 = 1, where x is on the interval (y+2)5 (y-5)² (y+5)² 16 4 4 [-2,2] < 1 2 3 4 [-7,-3] 7 5 6 [-4,4] 8 [-2 9 10 r 73°F Clear
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.4: Plane Curves And Parametric Equations
Problem 34E
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![What is the rectangular equivalence to the parametric equations?
x (0) = 4 cos 0+2, y (0)=2 sin 0-5, where 0 <0< 2π.
Drag a term into each box to correctly complete the rectangular equation.
(1-2)²
(1+2)²
(2-5)²
(2+5)*
16
16
4
(y-2)5
16
= 1, where x is on the interval
(3+2)
16
(y-5)2
(3+5)²
4
4
[-2,2]
◄
1
2
3
[-7,-3]
7
5 6
[-4,4]
8 9 10
[-2,6]
73°F Clear
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Transcribed Image Text:What is the rectangular equivalence to the parametric equations?
x (0) = 4 cos 0+2, y (0)=2 sin 0-5, where 0 <0< 2π.
Drag a term into each box to correctly complete the rectangular equation.
(1-2)²
(1+2)²
(2-5)²
(2+5)*
16
16
4
(y-2)5
16
= 1, where x is on the interval
(3+2)
16
(y-5)2
(3+5)²
4
4
[-2,2]
◄
1
2
3
[-7,-3]
7
5 6
[-4,4]
8 9 10
[-2,6]
73°F Clear
Next ►
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