A rigid, well-insulated tank consists of two compartments, eachhaving the same v

Question

A rigid, well-insulated tank consists of two compartments, eachhaving the same volume, separated by a valve. Initially, oneof the compartments is evacuated and the other contains 0.25 lbmolof nitrogen gas at 50 lbf/in2 and 100oF. The valve isopened and the gas expands to fill the total volume, eventuallyachieving an equilibrium state. Using the ideal gas model for thenitrogen:
1. Determine the final temperature,in oF, and the final pressure, inlbf/in2.
2. Evaluate the exergy destruction, in Btu.
3. What is the cause of exergy destruction in this case?

1. Determine the final temperature,in oF, and the final pressure, inlbf/in2.
2. Evaluate the exergy destruction, in Btu.
3. What is the cause of exergy destruction in this case?

Explanation / Answer

Can someone help me please?

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