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A steady push on the piston in a syringe is shown in the figure causes a flow rate of 0.4 ml/sec. The fluid has a mass density of 900 kg/cum and an absolute viscosity of 0.002 Pa-sec. Assume that there is no headloss in the larger cylinder. Determine the reynolds number for the given flow of 0.4 ml/sec in he needle. 645 917 897 795 Determine the headloss in the needle 18.90 m 15.21 m 14.43 m 16.23 m Determine the force required to maintain the flow 64.23 kn 45.25 kn 34.77 kn 25.36 kn

A steady push on the piston in a syringe is shown in the figure causes a flow rate of 0.4 ml/sec. The fluid has a mass density of 900 kg/cum and an absolute viscosity of 0.002 Pa-sec. Assume that there is no headloss in the larger cylinder. Determine the reynolds number for the given flow of 0.4 ml/sec in he needle. 645 917 897 795 Determine the headloss in the needle 18.90 m 15.21 m 14.43 m 16.23 m Determine the force required to maintain the flow 64.23 kn 45.25 kn 34.77 kn 25.36 kn

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 steady push on the piston in a syringe is shown in the figure causes a flow rate of 0.4 ml/sec. The fluid has a mass density of 900 kg/cum and an absolute viscosity of 0.002 Pa-sec. Assume that there is no headloss in the larger cylinder.

 

Determine the reynolds number for the given flow of 0.4 ml/sec in he needle.

  • 645
  • 917
  • 897
  • 795

Determine the headloss in the needle

  • 18.90 m
  • 15.21 m
  • 14.43 m
  • 16.23 m

Determine the force required to maintain the flow

64.23 kn

45.25 kn

34.77 kn

25.36 kn

0.25 mm L₁ = 20 mm 15 mm L₂= 40 mm -F
Transcribed Image Text:0.25 mm L₁ = 20 mm 15 mm L₂= 40 mm -F
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