An ideal gas undergoes a process such that `P prop(1)/(T)`. If molar heat capacity for this process is `C =33.24" J"//"mole-K"`, then calculate A. Where `A = 2gamma " and " gamma` is adiabatic index of gas. `(R= 8.31 "J"//"mole-K")`

An ideal gas undergoes a process such that `P prop(1)/(T)`. If molar h

1.	An ideal gas undergoes a process such that `P prop(1)/(T)`. If molar heat capacity for this process is `C =33.24" J"//"mole-K"`, then calculate A. Where `A = 2gamma " and " gamma` is adiabatic index of gas. `(R= 8.31 "J"//"mole-K")`
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An ideal gas undergoes a process such that `P prop(1)/(T)`. If molar heat capacity for this process is `C =33.24" J"//"mole-K"`, then calculate A. Where `A = 2gamma " and " gamma` is adiabatic index of gas. `(R= 8.31 "J"//"mole-K")`

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