Two moles of a triatomic linear gas (neglect vibration degree of freedom) are taken through a reversible processideal starting from A as shown in figure. The volume ratio (V_(B))/(V_(A))=4. If the temperature at A is -73^(@)C, then : Work done by the gas in AB process is : 6.16 kJ 308.3 kJ 9.97 kJ 0 J (ii) Total enthalpy change in both steps is :

Two moles of a triatomic linear gas (neglect vibration degree of freed

1.	Two moles of a triatomic linear gas (neglect vibration degree of freedom) are taken through a reversible processideal starting from A as shown in figure. The volume ratio (V_(B))/(V_(A))=4. If the temperature at A is -73^(@)C, then : Work done by the gas in AB process is : 6.16 kJ 308.3 kJ 9.97 kJ 0 J (ii) Total enthalpy change in both steps is :
Answer» 3000 R 4200 R 2100 R 0 Solution :(i) (C) `w=-P.DeltaV=-nRDeltaT=-2xx8.314xx600` `=-9.97kJ` (ii) (b) `DeltaH_("total")=DeltaH_(AB)+DeltaH_(BC)=nC_(p,m)DeltaT+0` `=2XX(7)/(2)xxRxx(800-200)` = 4200 R