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A fire pump delivers water through a 15 cm main pipe to a hydrant to which is connected an 8 cm. hose, termination in a nozzle 2 cm in diameter. The nozzle, trained vertically up is 1.60 m above the hydrant and 12 m above the pump. The headlosses as follows: pump to hydrant: 3 m.; at the hydrant 2 m.; Hydrant to nozzle 12 m. and at the nozzle: 6 % of the velocity head of the nozzle. If the gage pressure at the pump is 550 kPa, to what vertical height can the jet of water thrown?  A. 25.5 m B. 29.5m C. 27.5 m

A fire pump delivers water through a 15 cm main pipe to a hydrant to which is connected an 8 cm. hose, termination in a nozzle 2 cm in diameter. The nozzle, trained vertically up is 1.60 m above the hydrant and 12 m above the pump. The headlosses as follows: pump to hydrant: 3 m.; at the hydrant 2 m.; Hydrant to nozzle 12 m. and at the nozzle: 6 % of the velocity head of the nozzle. If the gage pressure at the pump is 550 kPa, to what vertical height can the jet of water thrown?  A. 25.5 m B. 29.5m C. 27.5 m

Structural Analysis
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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A fire pump delivers water through a 15 cm main pipe to a hydrant to which is connected an 8 cm. hose, termination in a nozzle 2 cm in diameter. The nozzle, trained vertically up is 1.60 m above the hydrant and 12 m above the pump. The headlosses as follows: pump to hydrant: 3 m.; at the hydrant 2 m.; Hydrant to nozzle 12 m. and at the nozzle: 6 % of the velocity head of the nozzle. If the gage pressure at the pump is 550 kPa, to what vertical height can the jet of water thrown?

 A. 25.5 m

B. 29.5m

C. 27.5 m

D. 23.5m

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