A gas mixture is analysed and found to contain 25% N₂, 35% O₂, and 40% CO₂ by volume. The pressure and temperature of th

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A gas mixture is analysed and found to contain 25% N₂, 35% O₂, and 40% CO₂ by volume. The pressure and temperature of th

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A Gas Mixture Is Analysed And Found To Contain 25 N 35 O And 40 Co By Volume The Pressure And Temperature Of Th 1
A Gas Mixture Is Analysed And Found To Contain 25 N 35 O And 40 Co By Volume The Pressure And Temperature Of Th 1 (134.55 KiB) Viewed 27 times
A gas mixture is analysed and found to contain 25% N₂, 35% O₂, and 40% CO₂ by volume. The pressure and temperature of the mixture is 120 kPa and 500 K respectively. This mixture undergoes an expansion process in an isentropic turbine to a pressure of 90 kPa. Treating the gas mixture as an ideal gas mixture with constant specific heats at 300 K, calculate; a) The Molar Mass and Gas Constant of the mixture. [3 marks] b) The temperature of the mixture after expansion. [4 marks] c) The work output per kg of the mixture in the turbine. [3 marks] Answer:
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