Two 600 cm³ cylinders (A & B) contain identical amounts of diatomic N2 ideal gas at 17 °C. The volume of Cylinder A is pinned and it is not allowed to change. Cylinder B is closed by a piston free to move ; the piston has a surface area of 80 cm? with a mass of 10 kg. Both cylinders are subjected to the same amount of heat and for equal time. a) Which cylinder will experience a greater change in temperature, explain. b) Represent the two processes on a pV diagram. C) Find the initial pressures of the gas in cylinder A and B. d) Suppose that 375 J of heat is supplied by the heater, what is the final volume of cylinder B? e) What is the work done by the gas in both processes.

Two 600 cm³ cylinders (A & B) contain identical amounts of diatomic N2 ideal gas at 17 °C. The volume of Cylinder A is pinned and it is not allowed to change. Cylinder B is closed by a piston free to move ; the piston has a surface area of 80 cm? with a mass of 10 kg. Both cylinders are subjected to the same amount of heat and for equal time. a) Which cylinder will experience a greater change in temperature, explain. b) Represent the two processes on a pV diagram. C) Find the initial pressures of the gas in cylinder A and B. d) Suppose that 375 J of heat is supplied by the heater, what is the final volume of cylinder B? e) What is the work done by the gas in both processes.