2200K. Compute the following: (a) the temperature at the end of the compression process, (b) the volumetric compression ratio of this engine, (c) the amount of work done during the compression process per kg of air, (d) the temperature at the end of the expansion process, (e) the net work of the cycle per kg of air, and (f) the cycle thermal efficiency. Assume air to be an ideal gas with constant specific heats [Cp, o=1.004 kJ/(kg K) and Cv, o=0.717 kJ/(kg K)]. Also, assume that the compression and expansion processes are isentropic.