Problem 3 Water (60°F) is pumped from a reservoir to a large, pressurized tank as shown. The steel pipe is 4 in. in diameter and 300 ft long. The discharge is 1 cfs. The initial water levels in the tanks are the same, but the pressure in tank B is 10 psi,g, and tank A is open to the atmosphere. The pump efficiency is 90%. Find the power necessary to operate the pump for the given conditions.
Problem 3 Water (60°F) is pumped from a reservoir to a large, pressurized tank as shown. The steel pipe is 4 in. in diameter and 300 ft long. The discharge is 1 cfs. The initial water levels in the tanks are the same, but the pressure in tank B is 10 psi,g, and tank A is open to the atmosphere. The pump efficiency is 90%. Find the power necessary to operate the pump for the given conditions.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Problem 3
Water (60°F) is pumped from a reservoir to a large, pressurized tank as shown. The steel pipe is 4 in.
in diameter and 300 ft long. The discharge is 1 cfs. The initial water levels in the tanks are the same,
but the pressure in tank B is 10 psi,g, and tank A is open to the atmosphere. The pump efficiency is
90%. Find the power necessary to operate the pump for the given conditions.
B](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff38c01fc-6362-4f7d-bc87-92dcb130b1cb%2Fb3460398-005b-4355-a184-26b83838afec%2Fpo08vue_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 3
Water (60°F) is pumped from a reservoir to a large, pressurized tank as shown. The steel pipe is 4 in.
in diameter and 300 ft long. The discharge is 1 cfs. The initial water levels in the tanks are the same,
but the pressure in tank B is 10 psi,g, and tank A is open to the atmosphere. The pump efficiency is
90%. Find the power necessary to operate the pump for the given conditions.
B
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