T06.3(c) as an excercise
With my previous post, I hope you can verify, correct and possibly simplify your results for problem T06(b). Then it will not be so difficult to solve part (c) also. For the whole cycle, we have


where Q_abs is the amount of heat absorbed from the environment, and Q_del is the amount of heat delivered to the environment. Note the minus-sign and make sure you understand the reason for it to appear in this expression.
So as an excercise for the next class, use these formulas to calculate the work performed during the cycle and the efficiency of the cycle.
where Q_abs is the amount of heat absorbed from the environment, and Q_del is the amount of heat delivered to the environment. Note the minus-sign and make sure you understand the reason for it to appear in this expression.
So as an excercise for the next class, use these formulas to calculate the work performed during the cycle and the efficiency of the cycle.
Excuse me, professor, I got troubles to understand lambda_c: is it the same of lambda but defined on the point c? I mean, is the same definition of lambda but changing Delta V and Delta p according to the direction of the curve?
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