One gram mole of an ideal gas at `N.T.P` is first expanded isothermally to twice the origional volume. It is then compressed at constant volume, till its pressure is raised to the original value. Calculate the total amount of work done. Given `R= 8.3 mol e^(_1)K^(-1)`.

One gram mole of an ideal gas at `N.T.P` is first expanded isothermall

1.	One gram mole of an ideal gas at `N.T.P` is first expanded isothermally to twice the origional volume. It is then compressed at constant volume, till its pressure is raised to the original value. Calculate the total amount of work done. Given `R= 8.3 mol e^(_1)K^(-1)`.
Answer» Correct Answer - `1.57xx10^(3)J`

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One gram mole of an ideal gas at `N.T.P` is first expanded isothermally to twice the origional volume. It is then compressed at constant volume, till its pressure is raised to the original value. Calculate the total amount of work done. Given `R= 8.3 mol e^(_1)K^(-1)`.

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