The heat engine in the figure receives 1 MW of energy from the high temperature heat well. Heat The temperature of its source is 550 ° C. Some of the energy received by the heat machine is 300 K heat at the temperature of the well. Power generated by heat machine 450 KW . Calculate how much energy the heat machine puts into the heat well. In addition, the thermal Calculate the efficiency of this efficiency with the efficiency in the case of a Carnot machine. compare. Interpret the result with the reasons
The heat engine in the figure receives 1 MW of energy from the high temperature heat well. Heat The temperature of its source is 550 ° C. Some of the energy received by the heat machine is 300 K heat at the temperature of the well. Power generated by heat machine 450 KW . Calculate how much energy the heat machine puts into the heat well. In addition, the thermal Calculate the efficiency of this efficiency with the efficiency in the case of a Carnot machine. compare. Interpret the result with the reasons
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The heat engine in the figure receives 1 MW of energy from the high temperature heat well. Heat The temperature of its source is 550 ° C. Some of the energy received by the heat machine is 300 K heat at the temperature of the well. Power generated by heat machine 450 KW . Calculate how much energy the heat machine puts into the heat well. In addition, the thermal Calculate the efficiency of this efficiency with the efficiency in the case of a Carnot machine. compare. Interpret the result with the reasons
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