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 phy131studiof15:lectures:finalp1sol [2015/12/02 09:36]mdawber [Question 6] phy131studiof15:lectures:finalp1sol [2015/12/02 09:36] (current)mdawber [Question 6] Both sides previous revision Previous revision 2015/12/02 09:36 mdawber [Question 6] 2015/12/02 09:36 mdawber [Question 6] 2015/12/02 09:36 mdawber [Question 6] 2015/12/02 09:34 mdawber [Question 5] 2015/12/02 09:30 mdawber [Question 4] 2015/12/02 09:29 mdawber [Question 3] 2015/12/02 09:27 mdawber [Question 2] 2015/12/02 09:26 mdawber [Question 1] 2015/12/02 09:26 mdawber [Question 2] 2015/12/02 09:23 mdawber [Question 1] 2015/12/02 08:50 mdawber [Question 5] 2015/11/30 14:47 mdawber created Next revision Previous revision 2015/12/02 09:36 mdawber [Question 6] 2015/12/02 09:36 mdawber [Question 6] 2015/12/02 09:36 mdawber [Question 6] 2015/12/02 09:34 mdawber [Question 5] 2015/12/02 09:30 mdawber [Question 4] 2015/12/02 09:29 mdawber [Question 3] 2015/12/02 09:27 mdawber [Question 2] 2015/12/02 09:26 mdawber [Question 1] 2015/12/02 09:26 mdawber [Question 2] 2015/12/02 09:23 mdawber [Question 1] 2015/12/02 08:50 mdawber [Question 5] 2015/11/30 14:47 mdawber created Line 201: Line 201: {{phy141f12finalq8fig.png}} {{phy141f12finalq8fig.png}} - The diagram shows the P-V diagram for a 40\% efficient ideal Carnot engine. Assume the gas used in this Carnot engine is an ideal diatomic gas. + The diagram shows the P-V diagram for a 40% efficient ideal Carnot engine. Assume the gas used in this Carnot engine is an ideal diatomic gas. A. (5 points) For every Joule of work obtained from the engine, how much heat needs to be added to engine? A. (5 points) For every Joule of work obtained from the engine, how much heat needs to be added to engine?