At the start of the compression process in a Diesel$-$cycle engine the air is at $22$C$,0\mathrm{.}1$MPa The compression ratio is $16.$ The peak cycle temperature is equal to the $1950$C source temperature. The adiabatic compression and expansion processes are reversible. Even though high temperatures are involved, assume that specific heats are constants at their low$-$temperature values.$$Find the energy transfer per unit mass for each process in the cycle.Determine the pressure, temperature, and specific volume for each process.