TASK 7. Calculate the work required to compress a mixture of natural gases from atmospheric pressure to a given pressure in task 3 , both isothermally and adiabatically, at an initial temperature of 27C. Also, calculate the exit temperature for adiabatic compression. Use the ratio of heat capacities calculated in task 4 , molar mass MW calculated in task 2 after Correction of gas composition (to task 2a). Solve this task using the h-p diagram using only methane. Assume the compressor is 100% efficient for this calculation TASK 7. Calculate the work required to compress a mixture of natural gases from atmospheric pressure to a given pressure in task 3 , both isothermally and adiabatically, at an initial temperature of 27C. Also, calculate the exit temperature for adiabatic compression. Use the ratio of heat capacities calculated in task 4 , molar mass MW calculated in task 2 after Correction of gas composition (to task 2a). Solve this task using the h-p diagram using only methane. Assume the compressor is 100% efficient for this calculation