One mole of an ideal gas is kept enclosed under a light piston (area =10−2 m2) connected by a compressed spring (spring constant =200 N/m). The volume of gas is 0.83 m3 and its temperature is 100 K. The gas is heated so that it compresses the spring by further 0.1 m. Find the workdone by the gas during the process (in joule). (Take R=8.3 J/k-mole and suppose that there is no atmosphere)

One mole of an ideal gas is kept enclosed under a light piston (area =

1.	One mole of an ideal gas is kept enclosed under a light piston (area =10−2 m2) connected by a compressed spring (spring constant =200 N/m). The volume of gas is 0.83 m3 and its temperature is 100 K. The gas is heated so that it compresses the spring by further 0.1 m. Find the workdone by the gas during the process (in joule). (Take R=8.3 J/k-mole and suppose that there is no atmosphere)
Answer» One mole of an ideal gas is kept enclosed under a light piston (area $= 10^{- 2} m^{2})$ connected by a compressed spring (spring constant $= 200 N/m$ ). The volume of gas is $0.83 m^{3}$ and its temperature is $100 K$ . The gas is heated so that it compresses the spring by further $0.1 m$ . Find the workdone by the gas during the process (in joule). (Take $R = 8.3 J/k-mole$ and suppose that there is no atmosphere)