Two different thermodynamic systems are b described by the following eqn of state: 1/T1=3RN1/2U1 & 1/T2=5RN^2/2U^2...

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Two different thermodynamic systems are b described by the following eqn of state: 1/T1=3RN1/2U1 & 1/T2=5RN^2/2U^2 where T^(1,2) , N ^(1,R) & U^(1,2) are respectively, the temperatures, the mole numbers & the internal energy of the two systems, and Ris the gas constant. Let Utot denote the total energy when these two systems are but in contact and attain thermal equilibrium. The ratio U1/Utot is: Two different thermodynamic systems are b described by the following eqn of state: 1/T1=3RN1/2U1 & 1/T2=5RN^2/2U^2 where T^(1,2) , N ^(1,R) & U^(1,2) are respectively, the temperatures, the mole numbers & the internal energy of the two systems, and Ris the gas constant. Let Utot denote the total energy when these two systems are but in contact and attain thermal equilibrium. The ratio U1/Utot is:

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