`1//R(R"is universal gas constant")` moles of an ideal gas `(gamma=1.5)` undergoes a cyclic process `(ABCDA)` as shown in figure. Assuming the gas to be ideal. If the net heat exchange is `10x` Joules, find the value of x ? `[In 2=0.7]`

`1//R(R"is universal gas constant")` moles of an ideal gas `(gamma=1.5

1.	`1//R(R"is universal gas constant")` moles of an ideal gas `(gamma=1.5)` undergoes a cyclic process `(ABCDA)` as shown in figure. Assuming the gas to be ideal. If the net heat exchange is `10x` Joules, find the value of x ? `[In 2=0.7]`
Answer» For cyclic process `sumQ=sumW` Net change in heat energy `=W_(AB)+W_(BC)+W_(CD)+W_(DA)` `=nR(T_(B)-T_(A))+nRT_(B)ln ,(P_(B))/(P_(C))+nR(T_(D)-T_(C))+nRT_(D) , ln ,(P_(D))/(P_(A))` `=70 J` Answer is `x=7` .

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`1//R(R"is universal gas constant")` moles of an ideal gas `(gamma=1.5)` undergoes a cyclic process `(ABCDA)` as shown in figure. Assuming the gas to be ideal. If the net heat exchange is `10x` Joules, find the value of x ? `[In 2=0.7]`

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