$$3$$ moles of an ideal mono atomic gas performs a cycle as shown in the fig. The gas temperatures TA $$=$$ $$=$$ $$400K$$, $$TB=$$ $$=$$ $$800K$$, $$TC=$$ $$=$$ $$2400K$$, TD $$=$$ $$=$$ $$1200K$$. What will be the net work done. $$($$ $$($$ line AB and CD are passing through the $$origin)$$

Question

$$3$$ moles of an ideal mono atomic gas performs a cycle as shown in the   fig. The gas temperatures TA $$=$$ $$=$$ $$400K$$, $$TB=$$ $$=$$ $$800K$$, $$TC=$$ $$=$$ $$2400K$$, TD $$=$$ $$=$$  $$1200K$$. What will be the net work done. $$($$ $$($$  line AB and CD are passing through the $$origin)$$

Infinity Learn · Accepted Answer

work done in the process AB and CD are zero as the processes are isochoric. workdone in BC,    WBC $$=nRTC-TB$$   and work done DA, $$WDA=$$ $$nRTA-TD$$ net work done is $$nRTC-TB+TA-TD$$ $$3X8.332400-800+400-1200$$  $$25X$$ $$800=$$ $$20000$$

3 moles of an ideal mono atomic gas performs a cycle as shown in the fig. The gas temperatures $T_{A}$ = = 400K, $T_{B}$ = = 800K, $T_{C}$ = = 2400K, $T_{D}$ = = 1200K. What will be the net work done. ( ( line AB and CD are passing through the origin)

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3 moles of an ideal mono atomic gas performs a cycle as shown in the fig. The gas temperatures TA = = 400K, TB= = 800K, TC= = 2400K, TD = = 1200K. What will be the net work done. ( ( line AB and CD are passing through the origin)

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3 moles of an ideal mono atomic gas performs a cycle as shown in the fig. The gas temperatures $T_{A}$ = = 400K, $T_{B}$ = = 800K, $T_{C}$ = = 2400K, $T_{D}$ = = 1200K. What will be the net work done. ( ( line AB and CD are passing through the origin)