A Piston-Cylinder Device Initially Contains Air At 200 Kpa And 127 0C. At This Stage, The Piston Is Resting On A Pair Of Stops, As Shown In The Figure Below, And The Enclosed Volume Is 200 Litres. The Mass Of The Cylinder Is Such That A 300 Kpa Inside Pressure Is Required To Move It. The Air Is Now Heated Until Its Volume Has Doubled. Determine (a) The Final Temperature, (b) The Work Done By The Air, And (c) The Total Heat Transferred To The Atmosphere.
Solutions In such a problem, volume, temperature, mass, pressure, and friction are dependable for accessing the solution, assuming that there is no friction amid the hedges of the cylinder and piston and assuming the volume employed by the stops. Then, the solution for the final temperature work was done by air, and the amount of heat transferred to the air should be calculated in the following ways. a) Temperature =

