The entropy of material 1 varies as (S_{1}=2 gamma E^{2}), where (gamma) is a constant, and the

Question:

The entropy of material 1 varies as $S_{1}=2 \gamma E^{2}$, where $\gamma$ is a constant, and the entropy of material 2 varies as $S_{2}=\gamma E^{3} / 9$. With $E=4$ units of energy, which material is better suited to converting lower-quality thermal energy to useful higher-quality mechanical energy?

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