If energy (heat) Q is supplied to right part so that the piston moves to the left by 4l then the change in internal energy of right part of cylinder is

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If energy (heat) Q is supplied to right part so that the pisto

Question

If energy (heat) Q is supplied to right part so that the piston moves to the left by $\frac{l}{4}$ then the change in internal energy of right part of cylinder is

\frac{15}{16} k l^{2} + n RT

\frac{3 n R}{2} [\frac{5 k l ^{2}}{4 n R} + \frac{2 T}{3}]

\frac{15}{16} k l^{2} + 2 n RT

None of the above

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Emily Discussed

If energy (heat) Q is supplied to right part so that the piston moves to the left by

\frac{l}{4}

then the change in internal energy of right part of cylinder is

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Question Text

If energy (heat) Q is supplied to right part so that the piston moves to the left by

\frac{l}{4}

then the change in internal energy of right part of cylinder is