Constant volume, constant pressure A sealed system of monatomic ideal gas is initially in state 1,...

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Constant volume, constant pressure A sealed system of monatomic ideal gas is initially in state 1, where the pressure is 80.0 kPa, the volume is 2.00 L, and the temperature is 200K. It then experiences a constant-pressure process that takes the system to state 2, followed by a constant volume process that takes the system to state 3, which is the final state. Hint: sketch this on a P-V diagram. Because the gas is a monatomic idea gas, the change in internal energy is given by: Eint = nRAT := Part (a) Homework Unanswered Due Dec 5th, 12:15 PM For the two processes, the total work done by the gas is 130 J, and the total heat added to the gas is 440 J. Determine the volume of the system in state 3. L Type your numeric answer and submit K Open in Readi Part (b) Homework Unanswered Due Dec 5th, 12:15 PM Calculate the pressure of the system in state 3. kPa Type your numeric answer and submit Unanswered 5 attempts left Part (c) Homework Unanswered Due Dec 5th, 12:15 PM Calculate the temperature of the system in state 3. K Type your numeric answer and submit Submit K 71 Open Constant volume, constant pressure A sealed system of monatomic ideal gas is initially in state 1, where the pressure is 80.0 kPa, the volume is 2.00 L, and the temperature is 200K. It then experiences a constant-pressure process that takes the system to state 2, followed by a constant volume process that takes the system to state 3, which is the final state. Hint: sketch this on a P-V diagram. Because the gas is a monatomic idea gas, the change in internal energy is given by: Eint = nRAT := Part (a) Homework Unanswered Due Dec 5th, 12:15 PM For the two processes, the total work done by the gas is 130 J, and the total heat added to the gas is 440 J. Determine the volume of the system in state 3. L Type your numeric answer and submit K Open in Readi Part (b) Homework Unanswered Due Dec 5th, 12:15 PM Calculate the pressure of the system in state 3. kPa Type your numeric answer and submit Unanswered 5 attempts left Part (c) Homework Unanswered Due Dec 5th, 12:15 PM Calculate the temperature of the system in state 3. K Type your numeric answer and submit Submit K 71 Open