S. Water is discharging from a nozzle 100mm diameter at the tip of a pipe 8Scm long which is connected vertically at the bottom of a cylindrical tank (1.2m diameter, 1.50m high) and is full of liquid (SG-0.92) with a viscosity of 0.30 Pas. If the volume flux is 3.5 liters per second, determine the a headloss b. Reynolds number and identify the type of flow

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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5. Water is discharging from a nozzle 100mm diameter at the tip of a pipe 85cm long which is connected vertically at
the bottom of a cylindrical tank (1.2m diameter, 1.50m high) and is full of liquid (SG-0.92) with a viscosity of 0.30
Pa-s. If the volume flux is 3.5 liters per second, determine the
a. headloss
b. Reynolds number and identify the type of flow
Transcribed Image Text:5. Water is discharging from a nozzle 100mm diameter at the tip of a pipe 85cm long which is connected vertically at the bottom of a cylindrical tank (1.2m diameter, 1.50m high) and is full of liquid (SG-0.92) with a viscosity of 0.30 Pa-s. If the volume flux is 3.5 liters per second, determine the a. headloss b. Reynolds number and identify the type of flow
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