A nozzle having a tip diameter of 15 mm is attached to the end of a 50 mm hose. A calibration test showed a total discharge of 129 cubic feet of glycerin (sp. gr. = 1.2) in 17.9 minutes. The average pressure in the hose at the base of the nozzle was 41.5 psi. If Cc = 1.00, compute the coefficient of velocity and the loss of head in the nozzle.

A nozzle having a tip diameter of 15 mm is attached to the end of a 50 mm hose. A calibration test showed a total discharge of 129 cubic feet of glycerin (sp. gr. = 1.2) in 17.9 minutes. The average pressure in the hose at the base of the nozzle was 41.5 psi. If Cc = 1.00, compute the coefficient of velocity and the loss of head in the nozzle.

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 nozzle having a tip diameter of 15
mm is attached to the end of a 50
mm hose. A calibration test showed a
total discharge of 129 cubic feet of
glycerin (sp. gr. = 1.2) in 17.9
minutes. The average pressure in the
hose at the base of the nozzle was
41.5 psi. If Cc = 1.00, compute the
coefficient of velocity and the loss of
head in the nozzle.

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