A sealed tank filled with a fluid which is maintained at 0.35 bar gauge and 20 0C. The fluid discharges to the atmosphere (1.013bar) through a small opening at the side of the tank (z1 = z2 ). a) Calculate the velocity of fluid leaving the tank; assume the flow to be compressible and the process to be frictionless adiabatic. b) Calculate the velocity of fluid leaving the tank if the flow is incompressible and the process to be frictionless. c) Compare the calculated velocities and comment on the result. Take for fluid, α=1.0 P=kρɤ ɤ =1.4 R=287 J/kg.K Mach number<0.3, incompressible flow. (Fluid Mechanics Question) (Please solve step by step)
A sealed tank filled with a fluid which is maintained at 0.35 bar gauge and 20 0C. The fluid discharges to the atmosphere (1.013bar) through a small opening at the side of the tank (z1 = z2 ). a) Calculate the velocity of fluid leaving the tank; assume the flow to be compressible and the process to be frictionless adiabatic. b) Calculate the velocity of fluid leaving the tank if the flow is incompressible and the process to be frictionless. c) Compare the calculated velocities and comment on the result. Take for fluid, α=1.0 P=kρɤ ɤ =1.4 R=287 J/kg.K Mach number<0.3, incompressible flow. (Fluid Mechanics Question) (Please solve step by step)
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A sealed tank filled with a fluid which is maintained at 0.35 bar gauge and 20 0C. The fluid discharges to the atmosphere (1.013bar) through a small opening at the side of the tank (z1 = z2 ).
a) Calculate the velocity of fluid leaving the tank; assume the flow to be compressible and the process to be frictionless adiabatic.
b) Calculate the velocity of fluid leaving the tank if the flow is incompressible and the process to be frictionless.
c) Compare the calculated velocities and comment on the result.
Take for fluid,
α=1.0
P=kρɤ
ɤ =1.4
R=287 J/kg.K
Mach number<0.3, incompressible flow.
(Fluid
(Please solve step by step)
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