An air compression system device works in steady state condition. The mechanical power required to make...

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An air compression system device works in steady state condition. The mechanical power required to make this system works is 28.9 MW. We assume air is an ideal gas with the following characteristics: M = 28.96 g/mol, c, 1.008 kJ/kg.K constant. g =9,8 m/s². The room temperature is 17 °C and the room pressure is 1 bar. = We also know that the system works in the following conditions: Dot 1 2 3 Determine . P bar M 0.85 ? 6.5 T°C Filter 28 ? 76 T₂ The heat power delivers in the compressor (component after the dot2);- The entropy generation of the whole system. Compressor velocity m/s systern. 0 5 25 8 m Mass flow rate kg/s 123.7 123.7 123.7 ch95 An air compression system device works in steady state condition. The mechanical power required to make this system works is 28.9 MW. We assume air is an ideal gas with the following characteristics: M = 28.96 g/mol, c, 1.008 kJ/kg.K constant. g =9,8 m/s². The room temperature is 17 °C and the room pressure is 1 bar. = We also know that the system works in the following conditions: Dot 1 2 3 Determine . P bar M 0.85 ? 6.5 T°C Filter 28 ? 76 T₂ The heat power delivers in the compressor (component after the dot2);- The entropy generation of the whole system. Compressor velocity m/s systern. 0 5 25 8 m Mass flow rate kg/s 123.7 123.7 123.7 ch95

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Here are the steps to solve this problem 1 Mass flow rate is given as 1237 kgs 2 Use the stea... View the full answer