Convert the integral to polar coordinates, getting where h(r, 0) = A || B = = C = D = 1 I - I = p²/√√2 0 and then evaluate the resulting integral to get √4-y² que 4x²+4y² dx dy D B [² ²³ h (r, 9) dr do, A

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Convert the integral
to polar coordinates, getting
where
h(r, 0) =
A
-
B=
=
C =
D=
(
I = =
ID
->
-
->
2/√√/2
I
• [Ver
=
0
and then evaluate the resulting integral to get
4x²+4y² dx dy
B
So Sº h(r, 0) dr do,
A
Transcribed Image Text:Convert the integral to polar coordinates, getting where h(r, 0) = A - B= = C = D= ( I = = ID -> - -> 2/√√/2 I • [Ver = 0 and then evaluate the resulting integral to get 4x²+4y² dx dy B So Sº h(r, 0) dr do, A
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