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Carbon dioxide gas flows through a turbine at 300 kPa and 400C. The carbon dioxide exits the turbine at 150 kPa and 250 C. Due
Carbon dioxide gas flows through a turbine at 300 kPa and 400C. The carbon dioxide exits the turbine at 150 kPa and 250 C. Due to poor insulation on the turbine, 300 kW of energy is lost during the process and the turbine preduces 2,000kW of power.Assume carbon dioxide is an ideal gas with Cp=1.064 kJ/kg.K. Assume there are no changes in potential and kinetic energies between the inlet and outlet of the turbine What is the mass flow rate of the carbon dioxide in this process? Enter the value here and tortenere com a Movie Down Question 1 (You need to submit a semned paper of our websi) Carbon decides to throw new 3000. The dioxide is an ideals with the w. What is the flow rate of the carbon did in the (tum 15 mm)
Carbon dioxide gas flows through a turbine at 300 kPa and 400C. The carbon dioxide exits the turbine at 150 kPa and 250 C. Due to poor insulation on the turbine, 300 kW of energy is lost during the process and the turbine preduces 2,000kW of power.Assume carbon
dioxide is an ideal gas with Cp=1.064 kJ/kg.K. Assume there are no changes in potential and kinetic energies between the inlet and outlet of the turbine
What is the mass flow rate of the carbon dioxide in this process? Enter the value here
and tortenere
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