16. Consider a gas mixture whose apparent moleular weight is 33, initially at 3 bar and...

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16. Consider a gas mixture whose apparent moleçular weight is 33, initially at 3 bar and 300°K, and occupying a vohme of 0.1 m. The gas undergoes an expansion during which pV13-constant and the energy transfer by heat to the gas is 3.84 kJ. Neglecting kinetic and potential energy effects and c0.675 kJkgK determine (a) the final temperature (b) final pressure (c) final volume (d) work for both non flow and steady flow work. Ans(a) 226.67K (b) 89.2 kPa (c) 0.254 m (d) 24.39kJ, -31.71kJ 16. Consider a gas mixture whose apparent moleçular weight is 33, initially at 3 bar and 300°K, and occupying a vohme of 0.1 m. The gas undergoes an expansion during which pV13-constant and the energy transfer by heat to the gas is 3.84 kJ. Neglecting kinetic and potential energy effects and c0.675 kJkgK determine (a) the final temperature (b) final pressure (c) final volume (d) work for both non flow and steady flow work. Ans(a) 226.67K (b) 89.2 kPa (c) 0.254 m (d) 24.39kJ, -31.71kJ