Three moles on an ideal $$mono-atomic$$ gas perform a cycle shown in figure. The gas temperature at different states are $$T1$$ $$=$$ $$400$$ k, $$T2$$ $$=$$ $$2400$$ k and $$T4$$ $$=$$ $$1200$$ k. Heat supplied to the gas is

Question

Three moles on an ideal $$mono-atomic$$ gas perform a cycle shown in figure. The gas temperature at different states are $$T1$$ $$=$$ $$400$$ k, $$T2$$ $$=$$ $$2400$$ k and $$T4$$ $$=$$ $$1200$$ k. Heat supplied to the gas is

Infinity Learn · Accepted Answer

As $$1-2$$ and $$3-4$$ processes are isochoric,   $$V1=V2$$  and  $$V3=V4T3T2=V3V2=V4V1=T4T1$$⇒   $$T3=$$ $$T2$$ . $$T4$$ $$T1=$$ $$2400$$  ×  $$1200400$$ $$k=7200$$  k∴   $$Q1=Heat$$  supplied  $$=$$  $$3.3R2$$. $$2400$$−$$400+3.5R2$$. $$7200$$−$$2400Q1=$$  $$9000$$ R  $$+$$ $$360$$,$$00$$  $$R=45000$$  R

Three moles on an ideal mono-atomic gas perform a cycle shown in figure. The gas temperature at different states are $T_{1} = 400 k, T_{2} = 2400 k a n d T_{4} = 1200 k .$ Heat supplied to the gas is

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Three moles on an ideal mono-atomic gas perform a cycle shown in figure. The gas temperature at different states are T1 = 400 k, T2 = 2400 k and T4 = 1200 k. Heat supplied to the gas is

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Three moles on an ideal mono-atomic gas perform a cycle shown in figure. The gas temperature at different states are $T_{1} = 400 k, T_{2} = 2400 k a n d T_{4} = 1200 k .$ Heat supplied to the gas is