An ideal gas with molar specific heat at constant volume of 1.5Ru, where Ru = 8314J/K/kmol is the universal gas constant, is subject to a two-step process resulting in a changeof state from p1 = 105 Pa, V1 = 1 m3, T1 = 320 K to a final state of p2 = 8 \\\\times 105 Pa andtemperature of T2 = 700 K. The first step involves a polytropic compression with n = 1.5.The subsequent process is a constant pressure process culminating in the final state. Findthe amount of heat transfer and work needed to be done on the gas in each process.To simplify your analysis, determine the intermediate state between the two