Problem 10.01 Ideal Gas Processes (a) For the isochoric process shown, what is the work done by external forces? Take p; = 3 atm, p = 1 atm, and V = 1 m Pra V = V (b) For the process shown, what is the work done by external forces? Take p; = 3 atm, V, = 1 m', and V; = 3 m3. PProblem 10.02 Ideal Gas Processes (a) For the process shown, what is the work done (in units of kJ) by external forces? Take p; = 3 atm, py = 1 atm, Vi = 3 m'. V =1 m'. f A1 Az (b) How much work was done on the system during the process in red (in units of J)? P (&Pa) 300- 200 A athi 100- V(em') 500 1000 1500Problem 10.03 Ideal Gas Processes (a) During adiabatic compression of diatomic gas volume changes from 300 cm to 40 cm. Determine the ratio p, /p; of the gas. (b) Determine the change in thermal energy when a gas undergoes the transition from state A to state B below. (c) Determine the work done on the gas when going from state A to state B through the path shown with the green arrows. (d) At point C, p = 150 kPa, and V = 0.1 m'. Determine the temperature at point C if the temperature is 677 K at point A. p [Pa) 500000 A 450000 400000 B 100000 50000 0.1 0.2 0.3 0.4 V [m']