The ratio of the specific heats `(C_(P))/(C_(upsilon)) = gamma` in terms of degrees of freedom is given byA. `(1+(1)/(n))`B. `(1+(n)/(3))`C. `(1+(2)/(n))`D. `(1+(n)/(2))`

The ratio of the specific heats `(C_(P))/(C_(upsilon)) = gamma` in ter

1.	The ratio of the specific heats `(C_(P))/(C_(upsilon)) = gamma` in terms of degrees of freedom is given byA. `(1+(1)/(n))`B. `(1+(n)/(3))`C. `(1+(2)/(n))`D. `(1+(n)/(2))`
Answer» Correct Answer - C The ratio of the specific heats in relation with Degrees of freedom is given by `gamma=1+2/(n)`

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The ratio of the specific heats `(C_(P))/(C_(upsilon)) = gamma` in terms of degrees of freedom is given byA. `(1+(1)/(n))`B. `(1+(n)/(3))`C. `(1+(2)/(n))`D. `(1+(n)/(2))`

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