[1] 3moles of an ideal diatomic gas are at one atmosphere and 300K. a) Which method...

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[1] 3moles of an ideal diatomic gas are at one atmosphere and 300K. a) Which method of compression to half the original volume requires the highest pressure: isothermal, adiabatic, constant pressure or constant volume? Support your answer with calculations showing the highest pressure for each process. b) Which process involves doing the most work on the gas sample? c) Which process requires the most heat to be removed from the sample? d) What is the internal energy of the sample at the end of each process? e) What would change about the heat calculations if the temperature were around 5000K? [1] 3moles of an ideal diatomic gas are at one atmosphere and 300K. a) Which method of compression to half the original volume requires the highest pressure: isothermal, adiabatic, constant pressure or constant volume? Support your answer with calculations showing the highest pressure for each process. b) Which process involves doing the most work on the gas sample? c) Which process requires the most heat to be removed from the sample? d) What is the internal energy of the sample at the end of each process? e) What would change about the heat calculations if the temperature were around 5000K?