1-The storage tank shown below is to be used to supply a community such that the pressure at Point B is always in the 440 kPa. The water-demand of the community is expected to 1m3/s. The bottom of the storage tank is 42 m above ground level, and the supply pipe is 1.5 m below ground level. The length of pipe(Point A) and Point B is 1 km, the diameter of the pipe is 600 mm, and the pipe contains five 90° bends(k= 0.8). An auxiliary pumping system will ensure that the tank never becomes empty. a)Determine the water depth (h) in the tank that will meet the design pressure requirements at B. 42 m VE TEMETWEETEAMETHE THE METEME METE Supply pipe 1.5 Storage tank m B P1+1 28 : +²₁) = Z1 Flow P2 Y +02 + 22 +hi+hs
1-The storage tank shown below is to be used to supply a community such that the pressure at Point B is always in the 440 kPa. The water-demand of the community is expected to 1m3/s. The bottom of the storage tank is 42 m above ground level, and the supply pipe is 1.5 m below ground level. The length of pipe(Point A) and Point B is 1 km, the diameter of the pipe is 600 mm, and the pipe contains five 90° bends(k= 0.8). An auxiliary pumping system will ensure that the tank never becomes empty. a)Determine the water depth (h) in the tank that will meet the design pressure requirements at B. 42 m VE TEMETWEETEAMETHE THE METEME METE Supply pipe 1.5 Storage tank m B P1+1 28 : +²₁) = Z1 Flow P2 Y +02 + 22 +hi+hs
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Please solve it using the equation given

Transcribed Image Text:1-The storage tank shown below is to be used to supply a community such that the
pressure at Point B is always in the 440 kPa. The water-demand of the community is
expected to 1m3/s. The bottom of the storage tank is 42 m above ground level, and the
supply pipe is 1.5 m below ground level. The length of pipe(Point A) and Point B is 1 km,
the diameter of the pipe is 600 mm, and the pipe contains five 90° bends(k= 0.8). An
auxiliary pumping system will ensure that the tank never becomes empty.
a) Determine the water depth (h) in the tank that will meet the design pressure
requirements at B.
42 m
Storage tank
THEMES THE THE ME TEEME ME MEMEMEME MEME
Supply pipe
1.5 m
1
B
P2
28
Y
( ² ² + 0 1 2 ² + ²)) = ( ² ² + 0 2 1/2 + 22) the the
28
Flow
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