The perimeter of an ellipse is given by P = 4a ſ♫¹/² √1 – k²sin²0 d0 where, k = √a²-b² a Using the Trapezoidal rule, calculate the perimeter of the following ellipses: (x²/42)+(y2/72)=1 while considering n=5. A. 23.01251 B. 35.20316 C. 35.20314 D. 35.03054
The perimeter of an ellipse is given by P = 4a ſ♫¹/² √1 – k²sin²0 d0 where, k = √a²-b² a Using the Trapezoidal rule, calculate the perimeter of the following ellipses: (x²/42)+(y2/72)=1 while considering n=5. A. 23.01251 B. 35.20316 C. 35.20314 D. 35.03054
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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![The perimeter of an ellipse is given by
P = 4a ſ♫¹/² √1 – k²sin²0 d0 where, k =
√a²-b²
a
Using the Trapezoidal rule, calculate the perimeter of the following ellipses: (x²/42)+(y2/72)=1 while considering n=5.
A. 23.01251
B. 35.20316
C. 35.20314
D. 35.03054](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc3738c40-b898-4fe4-8489-64aba8aca31a%2Fe2632029-e539-46cd-a176-045a02de3967%2Fyawf33j_processed.png&w=3840&q=75)
Transcribed Image Text:The perimeter of an ellipse is given by
P = 4a ſ♫¹/² √1 – k²sin²0 d0 where, k =
√a²-b²
a
Using the Trapezoidal rule, calculate the perimeter of the following ellipses: (x²/42)+(y2/72)=1 while considering n=5.
A. 23.01251
B. 35.20316
C. 35.20314
D. 35.03054
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