An ideal heat engine operates in a Carnot cycle between 100 degrees C and 290 degrees C. It absorbs 16,000 Joules of heat from the hot reservoir in each cycle. a) Calculate the temperature of the high-temperature reservoir in Kelvins. b) Calculate the efficiency of this ideal Carnot engine. c) Calculate the mechanical work output by this engine per cycle, in Joules. d) How much heat is expelled to the low temperature reservoir per cycle in Joules?
An ideal heat engine operates in a Carnot cycle between 100 degrees C and 290 degrees C. It absorbs 16,000 Joules of heat from the hot reservoir in each cycle. a) Calculate the temperature of the high-temperature reservoir in Kelvins. b) Calculate the efficiency of this ideal Carnot engine. c) Calculate the mechanical work output by this engine per cycle, in Joules. d) How much heat is expelled to the low temperature reservoir per cycle in Joules?
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Transcribed Image Text:An ideal heat engine operates in a Carnot cycle between 100 degrees C and 290 degrees C. It absorbs 16,000 Joules of heat from the hot reservoir in each cycle.
a) Calculate the temperature of the high-temperature reservoir in Kelvins.
b) Calculate the efficiency of this ideal Carnot engine.
c) Calculate the mechanical work output by this engine per cycle, in Joules.
d) How much heat is expelled to the low temperature reservoir per cycle in Joules?
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