Water vapor at 950kPa and 300C circulates in a system with a speed of 3m/s and...

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Water vapor at 950kPa and 300C circulates in a system with a speed of 3m/s and exits at 150 kPa and 120C with a speed of 150m/s. The mass flow is 8500 kg/hour. There is a release of heat in the surrounding area which is at 14C. 1) Draw the T-s diagram for the ideal (reversible) isothermal release (at 14C) of heat to the surrounding area and find the heat. 2) Find the power produced. Show your calculations (or intermediate figures if necessary (if there is no calculation as such)) and cite your reasoning. thermodynamics exercice Water vapor at 950kPa and 300C circulates in a system with a speed of 3m/s and exits at 150 kPa and 120C with a speed of 150m/s. The mass flow is 8500 kg/hour. There is a release of heat in the surrounding area which is at 14C. 1) Draw the T-s diagram for the ideal (reversible) isothermal release (at 14C) of heat to the surrounding area and find the heat. 2) Find the power produced. Show your calculations (or intermediate figures if necessary (if there is no calculation as such)) and cite your reasoning. thermodynamics exercice