ConstantsImagine the Carnot heat engine represented by the p vs.V diagram given in (Figure 1).Because there is no heat flow during an adiabatic process, there is no entropy change for either the gas or thesurroundings. (This is an approximation, but we can wrap the gas sample in lots of insulation to isolate it from thesurroundings.)During the isothermal compression, an amount of heat energy Qc flows out of the gas at a temperature Tc. Thisresults in a decrease in the gas's entropy of magnitude S = Qc/Tc. However, heat energy will naturally flow out ofthe gas into the surroundings only if there is a (slight) temperature difference between the gas and the surroundings.gasPart EIn a real isothermal compression, the temperature of the surroundings must bethe temperature of thegas.FigureComplete the sentence above.1 of 1>greater thanless thanSubmitRequest AnswerIsothermalAdiabaticPart F Complete previous part(s)AdiabaticPart G Complete previous part(s)Isothermal→V( Return to AssianmentProvide Eeedback

Answered: In a real isothermal compression, the…

In a real isothermal compression, the temperature of the surroundings must be , the temperature of the gas. Complete the sentence above. greater than O less than

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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