One side of tank contains an ideal gas at 560 C and the other side is evacuated. The evacuated side has the 6 times volume of the side filled with gas. The initial specific volume of the ideal gas is 17.5 m3/kg and the gas constant is R = 0.382 kPa.m3/kg.K. The partition between two sides is removed, and heat is applied to the gas. a. Determine the final temperature of the gas when the final pressure is equal to the initial pressure. b. Determine the final pressure of the gas when the final temperature is equal to the initial temperature.

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To solve this problem we can use the ideal gas law equation PV mRT Where P pressure of the gas in kP... View the full answer