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Work done by a system under isothermal c...

Work done by a system under isothermal change from a volume `V_(1)` to `V_(2)` for a gas which obeys Vander Waal's equation `(V-betan)(P+(alphan^(2))/(V))nRT`

A

`nRTlog_(e)((V_(2)-nbeta)/(V_(1)-nbeta))+alphan^(2)((V_(1)-V_(2))/(V_(1)V_(2)))`

B

`nRTlog_(e)((V_(2)-nbeta)/(V_(1)-nbeta))+alphan^(2)((V_(1)-V_(2))/(V_(1)V_(2)))`

C

`nRTlog_(e)((V_(2)-alphabeta)/(V_(1)-nalpha))+betan^(2)((V_1-V_(2))/(V_(1)V_(2)))`

D

`nRTlog_(e)((V_(1)-alphabeta)/(V_(1)-nalpha))+alphan^(2)((V_1V_(2))/(V_(1)-V_(2)))`

Text Solution

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The correct Answer is:
A
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