Express the circle specified by x = 2 cos(0) y =1+2 sin(0) in Cartesian coordinates and find the point where 0 = 1/3. %3D %D a. (x-0) + (y- 1) = 2, (1, 1+ V3) Ob. (x-0)2+ (y-1)2 = 4, (1+ V3, 1) O c. (x-0) + (y- 1) 2, (1, 1- V3) O d. (x- 0) +(y- 1) = 2, (1, 1+ V3)
Express the circle specified by x = 2 cos(0) y =1+2 sin(0) in Cartesian coordinates and find the point where 0 = 1/3. %3D %D a. (x-0) + (y- 1) = 2, (1, 1+ V3) Ob. (x-0)2+ (y-1)2 = 4, (1+ V3, 1) O c. (x-0) + (y- 1) 2, (1, 1- V3) O d. (x- 0) +(y- 1) = 2, (1, 1+ V3)
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
![Express the circle specified by x = 2 cos(0) y =1+2 sin(0) in Cartesian coordinates and find the point where 0 = T/3.
%3D
O a. (x- 0)2 + (y – 1)² = 2, (1, 1 + v3)
O b. (x - 0)2 + (y – 1)² = 4, (1 + V3, 1)
O c. (x- 0)2 + ( – 1) = 2, (1, 1 – V3)
O d. (x- 0) + (y – 1) = 22, (1,1+ v3)
%3D
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Transcribed Image Text:Express the circle specified by x = 2 cos(0) y =1+2 sin(0) in Cartesian coordinates and find the point where 0 = T/3.
%3D
O a. (x- 0)2 + (y – 1)² = 2, (1, 1 + v3)
O b. (x - 0)2 + (y – 1)² = 4, (1 + V3, 1)
O c. (x- 0)2 + ( – 1) = 2, (1, 1 – V3)
O d. (x- 0) + (y – 1) = 22, (1,1+ v3)
%3D
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