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The figure shows a part of an actuator consisting of two cylindrical chambers. The smaller, insulated chamber (A), has a diameter of 0.50 m and is filled with air at 1 MPa and 200°C, and is connected on one end through a valve to a supply line that carries air at 2 MPa and 300°C. The other end is covered by a piston, which is attached through a rod to a piston in the larger, insulated chamber (B) with a diameter of 1.00 m, which contains argon at 300°C. All the system is insulated. Initially, the valve is closed and the whole assembly is in equilibrium. Now, the valve is opened and air flows into the smaller chamber until the flow stops. Answer the following sections and make sure you write detailed calculations, where needed: a. Is the process in cylinder A quasistatic? Explain! b. Is the process in cylinder B quasistatic? Explain! c. When does the flow from the supply line stop? Explain! d. Find the work and heat interaction of the Argon gas. e. Find the final state in both cylinders. f. What is the mass of the air entered to cylinder A from the supply line? * Make sure you summarize your calculations in a tabulated form. 0 1.00m 0 0.50 m vacuum Argon Air 401 0.20 m 0.15 m