A spherical tank of diameter 6 m is full of water. Set-up the integral for the work done in pumping all the content to a point 1 m from the top of the tank. .6 9800 T (7-y)√6y-y²dy 6 9800 T S (y³ - 13y² + 42y)dy 9800 T TS (7-y)√6y-y²dy 6 9800 T (7-y)(6y-y²)²dy
A spherical tank of diameter 6 m is full of water. Set-up the integral for the work done in pumping all the content to a point 1 m from the top of the tank. .6 9800 T (7-y)√6y-y²dy 6 9800 T S (y³ - 13y² + 42y)dy 9800 T TS (7-y)√6y-y²dy 6 9800 T (7-y)(6y-y²)²dy
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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![A spherical tank of diameter 6 m is full of water. Set-up the integral for the work done in pumping all the content to a point 1 m from the top
of the tank.
.6
9800 T (7-y)√6y-y²dy
6
9800 T
S (y³ - 13y² + 42y)dy
9800 T
TS
(7-y)√6y-y²dy
6
9800 T
(7-y)(6y-y²)²dy](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F245ea841-395f-4e35-902d-ddf1604ee863%2Fecf5406f-5efe-4e88-a42c-2b05cf524cb2%2Fbwpq928_processed.png&w=3840&q=75)
Transcribed Image Text:A spherical tank of diameter 6 m is full of water. Set-up the integral for the work done in pumping all the content to a point 1 m from the top
of the tank.
.6
9800 T (7-y)√6y-y²dy
6
9800 T
S (y³ - 13y² + 42y)dy
9800 T
TS
(7-y)√6y-y²dy
6
9800 T
(7-y)(6y-y²)²dy
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