7. Compute a literature value for the heat capacity ratio using values for N2 and O2 from the appendix of your textbook in a weighted average (80% N2, 20% O2).

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7. Compute a literature value for the heat capacity ratio using values for N2 and O2 from the appendix
of your textbook in a weighted average (80% N2, 20% O2).
8. Compare the literature value for y in (7) to your result (consider the average and the confidence
interval). This experiment lacks precision: the expansion is not 100% adiabatic, nor is it 100%
reversible. Nevertheless, it can give surprisingly good results.
Transcribed Image Text:7. Compute a literature value for the heat capacity ratio using values for N2 and O2 from the appendix of your textbook in a weighted average (80% N2, 20% O2). 8. Compare the literature value for y in (7) to your result (consider the average and the confidence interval). This experiment lacks precision: the expansion is not 100% adiabatic, nor is it 100% reversible. Nevertheless, it can give surprisingly good results.
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