Given the following pump data: 10 ft-positive suction head, 198 ft - discharge head, 16 ft- frictionloss, 421 gpm - flow, Motor eff. Is 80% and Pump eff. Is 90%. What is the bhp?O23.10 bhpO 25.47 bhpO 26.53 bhpO24.16 bhp A 200 mm- pipe supplies highly flammable kerosene with specific gravity of 0.72. From a test 0.145cu.m of kerosene is collected for I minute. Determine the weight flow rate flowing through the pipe0.056 kN/ sec of KeroseneO 0.026 kN/ sec of KeroseneO 0.044 kN/ sec of KeroseneO 0.017 kN/ sec of Kerosene

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Answered: Given the following pump data: 10…

Given the following pump data: 10 ft-positive suction head, 198 ft - discharge head, 16 ft- friction loss, 421 gpm-flow, Motor eff. Is 80% and Pump eff. Is 90%. What is the bhp?

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Storm Sewers and Detention

The storm drains system transports rainwater or stormwater and other runoff from roads, parking lots, and roof downpipes directly to nearby creeks, rivers, or the sea without any treatment.

Question

Given the following pump data: 10 ft-positive suction head, 198 ft - discharge head, 16 ft- friction
loss, 421 gpm - flow, Motor eff. Is 80% and Pump eff. Is 90%. What is the bhp?
O23.10 bhp
O 25.47 bhp
O 26.53 bhp
O24.16 bhp

A 200 mm- pipe supplies highly flammable kerosene with specific gravity of 0.72. From a test 0.145
cu.m of kerosene is collected for I minute. Determine the weight flow rate flowing through the pipe
0.056 kN/ sec of Kerosene
O 0.026 kN/ sec of Kerosene
O 0.044 kN/ sec of Kerosene
O 0.017 kN/ sec of Kerosene

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