A water tank has the shape of the solid formed when the region bounded by y = and the y-axis for 0 < y < 4 is revolved about the y-axis, as shown below. (Assu and y are measured in meters.) The tank is initially full of water, which has a dem of 1000 kg/m°. Which integral below represents the work done (in Joules) wher of the water is pumped up to the rim of the tank? y

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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x2
A water tank has the shape of the solid formed when the region bounded by y
and the y-axis for 0 < y < 4 is revolved about the y-axis, as shown below. (Assume x
and y are measured in meters.) The tank is initially full of water, which has a density
of 1000 kg/m°. Which integral below represents the work done (in Joules) when all
of the water is pumped up to the rim of the tank?
y
Transcribed Image Text:x2 A water tank has the shape of the solid formed when the region bounded by y and the y-axis for 0 < y < 4 is revolved about the y-axis, as shown below. (Assume x and y are measured in meters.) The tank is initially full of water, which has a density of 1000 kg/m°. Which integral below represents the work done (in Joules) when all of the water is pumped up to the rim of the tank? y
a)
1000ng
/ O(4- 9) dy
b)
1000rg
4
(4 – y?)(4 – y) dy
2
c)
1000īg
| 2*(2 – z) dz
2
d)
1000ng
4.x (2 – z) da
e)
1000ng
y(4 – y) dy
Transcribed Image Text:a) 1000ng / O(4- 9) dy b) 1000rg 4 (4 – y?)(4 – y) dy 2 c) 1000īg | 2*(2 – z) dz 2 d) 1000ng 4.x (2 – z) da e) 1000ng y(4 – y) dy
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