(e) After the compression, ()45338.31 J/mol K2.7 10 K3.4 10 J.22ffKRT==⋅×=×(f) Since 2rmsvT∝, we have 2rms,24rms,273K0.010.2.7 10 KiivT=×75. (a) We use iif fpVpVγγ=to compute γ:536ln 1.0atm 1.0 10 atmln5.3lnln 1.0 10 L 1.0 10 LiffippVV×=××Therefore the gas is monatomic. (b) Using the gas law in ratio form (see Sample Problem 19-1), the final temperature is ()53461.0 10 atm 1.0 10 L2.7 10 K.1.0atm 1.0 10 L
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This note was uploaded on 06/03/2011 for the course PHY 2049 taught by Professor Any during the Spring '08 term at University of Florida.