2. The molar analysis of an ideal gas mixture entering a turbine is as follows: 4% CO2, 5% H20, 1...

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Answer 1

Answer #1

Given data Pressure of gag entering the turbine, p, Temperature of the gas entering the turbine, T -900 K Pressure of gag exi

0.04xMco x100 0.04xMca +0.05xMH.0 +0.138xMa +0.772XMy. 0.04×44 0.04×44+0.05 x18+ 0.138x16+0.772 × 14 x100 1.76 15.676 11.23%

Calculate the apparent molecular weight of the mixture. 0.04x44 +0.05x18+0.138x16+0.772x14 15.676 gm/mole 15.676 kg kmole Hen

0.04 × 10 = 0.4 bar 0.05 x 10 =0.5 bar Po,P 0.138×10 = 1.38 bar 0.772×10 7.72 bar Calculate the partial pressure of each of t

0.04x1 0.04 bar -0.05x1 - 0.05 bar Poi -XP: -0.138x1 -0.138 bar 0.772x1 0.772 bar Calculate the work developed by the turbine

Answer 2

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