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Recovering Aluminum Directly from Its Ore, Which Is Primarily Aluminum

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Recovering aluminum directly from its ore, which is primarily aluminum oxide, involves the following reaction, for which thermodynamic data is tabulated below:
Recovering aluminum directly from its ore, which is primarily aluminum oxide, involves the following reaction, for which thermodynamic data is tabulated below:     a.	Calculate DH°rxn and DS°rxn. b.	Explain how you could have predicted the signs of DH°rxn and DS°rxn without any calculations. c.	Without performing any further calculations, predict whether this reaction will be product-favored only above a certain temperature, or only below a certain temperature. Explain your answer. d.	Calculate the temperature alluded to in Part c. e.	Calculate DG° at this temperature.
Recovering aluminum directly from its ore, which is primarily aluminum oxide, involves the following reaction, for which thermodynamic data is tabulated below:     a.	Calculate DH°rxn and DS°rxn. b.	Explain how you could have predicted the signs of DH°rxn and DS°rxn without any calculations. c.	Without performing any further calculations, predict whether this reaction will be product-favored only above a certain temperature, or only below a certain temperature. Explain your answer. d.	Calculate the temperature alluded to in Part c. e.	Calculate DG° at this temperature.
a. Calculate DH°rxn and DS°rxn.
b. Explain how you could have predicted the signs of DH°rxn and DS°rxn without any calculations.
c. Without performing any further calculations, predict whether this reaction will be product-favored only above a certain temperature, or only below a certain temperature. Explain your answer.
d. Calculate the temperature alluded to in Part c.
e. Calculate DG° at this temperature.

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a. DH°rxn = (4 ´ 0 + 3 ´ 0) - (2 ´ (-1676.0...

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