A rigid tank with volume of 0.1 m contains 200 gram of nitrous oxide gas(N2O). The gas was initially at temperature 70°C. As a result of heat loss to thesurrounding, the temperature of the gas in the tank drops until it reaches thermalequilibrium with the surrounding at 30°C. Assuming the nitrous oxide to behaveas an ideal gas with molecular weight of 44.013 kg/kmol and the universal gasconstant to be 8.314 kJ/kmol.K, determine,(b)i.the initial pressure of the gas in the tank (bar);the final pressure of the gas in the tank (bar); andthe work done during the process (kJ).ii.iii.iv.Plot the process on a temperature versus volume diagram.

Solution:-Given thatRigid tankVolume of gas (V)=0.1 m3mass of gas (m)=200 g=0.2 kgInitial…

Answered: (b) A rigid tank with volume of 0.1 m…

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