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Trouble solving for end state of two control volumes in a rigid tank
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[QUOTE="anuttarasammyak, post: 6867948, member: 674023"] As a first try I take it easy as follows. Say B is vacuum, gas in A expands free adiabatically. Temperature does not change from ##T_A## . ##P_A## drops to ##\frac{V_A}{V_A+V_B}P_A##. Say A is vacuum, gas in B expands free adiabatically. Temperature does not change from ##T_B##. ##P_B## drops to ##\frac{V_B}{V_A+V_B}P_B##. In total the air has pressure ## \frac{V_A}{V_A+V_B}P_A+\frac{V_B}{V_A+V_B}P_B ##. The air consists of two temeratures air of ##T_A## and ##T_B##. I am not sure such coexistance of high temperature gas and low one is realistic. [/QUOTE]
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Trouble solving for end state of two control volumes in a rigid tank
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