An ideal gas described by T = 270 K, P = 1.00 bar and V; = 10.0 L undergoes the following changes of state: (a) heating at constant volume until P = 10.0 bar and T has increased to ten times its...

Extracted text: An ideal gas described by T = 270 K, P = 1.00 bar and V; = 10.0 L undergoes the following changes of state: (a) heating at constant volume until P = 10.0 bar and T has increased to ten times its initial value; (b) reversible isothermal expansion until P= 1.00 bar: (c) restoration to its %3D original state by the extraction of heat at constant pressure. Calculate w, q, AH, and AU for each step and for the total process. Use Cym = 3/2 R and R = 8.315 JK mol. Hint: Draw a PV diagram first to help you plan your calculations. Give all your answers to three significant figures. Do not use scientific notation. Pay attention to the units and magnitude of the answers given. Process (a)