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Two systems of monotonic ideal gas are separated by a diathermal wall. In system A there are 2 moles initially at 175 K, in system B there are 3 moles initially at 400 K. Write U_AU A ​ and U_BU B ​ as
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Two systems of monotonic ideal gas are separated by a diathermal wall. In system A there are 2 moles initially at 175 K, in system B there are 3 moles initially at 400 K. Write U_AU A ​ and U_BU B ​ as functions of RR and the determine the common temperature (in Kelvin) after equilibrium is reached.

User Ricecakes
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Answer:

The common temperature after equilibrium is reached = 310K

Step-by-step explanation:

The attachment shows U_AU A ​ and U_BU B ​ as functions of RR

Two systems of monotonic ideal gas are separated by a diathermal wall. In system A-example-1
Two systems of monotonic ideal gas are separated by a diathermal wall. In system A-example-2
User AAber
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