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Show and expalin all steps in solution.Iso-butane at initial temperature of 10C is flowing with the entry velocity of 5 ft/s inside the pipe of 2 inch diameter. At the exit the diameter of the pipe is enlarged to 5 inches. The height change from the initial to final stage is 2 ft. Local gravity is 32.0 ft/s2. The initial pressure is 1.5 bar.  Make a Temperature-Volume  plot showing all pressures, temperatures and stages. What is mass flow rate in lbm/s? Use NIST to find the density at the inlet. What is the exit velocity of the stream in ft/s if the temperature of the iso-butane is the same, but pressure drops to 1.45 bar?  What is internal energy change?  Was heat added or removed from the pipe?

Show and expalin all steps in solution.Iso-butane at initial temperature of 10C is flowing with the entry velocity of 5 ft/s inside the pipe of 2 inch diameter. At the exit the diameter of the pipe is enlarged to 5 inches. The height change from the initial to final stage is 2 ft. Local gravity is 32.0 ft/s2. The initial pressure is 1.5 bar.  Make a Temperature-Volume  plot showing all pressures, temperatures and stages. What is mass flow rate in lbm/s? Use NIST to find the density at the inlet. What is the exit velocity of the stream in ft/s if the temperature of the iso-butane is the same, but pressure drops to 1.45 bar?  What is internal energy change?  Was heat added or removed from the pipe?

Elements Of Electromagnetics
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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  1. Show and expalin all steps in solution.Iso-butane at initial temperature of 10C is flowing with the entry velocity of 5 ft/s inside the pipe of 2 inch diameter. At the exit the diameter of the pipe is enlarged to 5 inches. The height change from the initial to final stage is 2 ft. Local gravity is 32.0 ft/s2. The initial pressure is 1.5 bar.
  2.  Make a Temperature-Volume  plot showing all pressures, temperatures and stages.

What is mass flow rate in lbm/s? Use NIST to find the density at the inlet.

What is the exit velocity of the stream in ft/s if the temperature of the iso-butane is the same, but pressure drops to 1.45 bar?

 What is internal energy change?

 Was heat added or removed from the pipe? 

 

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