Question
A horizontal cylinder is separated into two compartments by an adiabatic and frictionless piston as shown in the figure. One side contains 1kg of CO2
A horizontal cylinder is separated into two compartments by an adiabatic and frictionless piston as\ shown in the figure. One side contains 1kg of CO2 and the other side contains 0.2m3 Nitrogen, both\ initially at 20\\\\deg C and 95kPa. The sides of the cylinder are insulated except the Nitrogen end. Now\ heat is added to the Nitrogen side from a reservoir at 500\\\\deg C until the pressure of CO2 rises to\ 120kPa (adiabatic and reversible compression\ process for CO2). Assuming both gases are ideal\ with constant specific heats at 300K; determine\ i- The final temperature of CO2\ ii- The final volume of the nitrogen\ iii- The heat transferred to the nitrogen\ iv- The entropy generation during this\ process
A horizontal cylinder is separated into two compartments by an adiabatic and frictionless piston as\ shown in the figure. One side contains 1kg of CO2 and the other side contains 0.2m3 Nitrogen, both\ initially at 20\\\\deg C and 95kPa. The sides of the cylinder are insulated except the Nitrogen end. Now\ heat is added to the Nitrogen side from a reservoir at 500\\\\deg C until the pressure of CO2 rises to\ 120kPa (adiabatic and reversible compression\ process for CO2). Assuming both gases are ideal\ with constant specific heats at 300K; determine\ i- The final temperature of CO2\ ii- The final volume of the nitrogen\ iii- The heat transferred to the nitrogen\ iv- The entropy generation during this\ process
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