Question

One mole of an ideal gas undergoes a cyclic process, consisting of two isochores and two isobars. Temperature at 1 and 3 equal to t1 and t3 respectively. The work done by the gas over the cycle, if the point 2 and 4 lie on the same isotherm :-

Answer 1

Answer:

One mole of an ideal gas undergoes a cyclic process, consisting of two isochores and two isobars. Temperature at 1 and 3 equal to t1 and t3 respectively. The work done by the gas over the cycle, if the point 2 and 4 lie on the same isotherm :-

Explanation:

One mole of an ideal gas undergoes a cyclic process, consisting of two isochores and two isobars. Temperature at 1 and 3 equal to t1 and t3 respectively. The work done by the gas over the cycle, if the point 2 and 4 lie on the same isotherm :One mole of an ideal gas undergoes a cyclic process, consisting of two isochores and two isobars. Temperature at 1 and 3 equal to t1 and t3 respectively. The work done by the gas over the cycle, if the point 2 and 4 lie on the same isotherm :-

One mole of an ideal gas undergoes a cyclic process, consisting of two isochores and two isobars. Temperature at 1 and 3 equal to t1 and t3 respectively. The work done by the gas over the cycle, if the point 2 and 4 lie on the same isotherm :-

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