Consider the Reaction 2Fe 2 O 3 (s)+ 3C(s)$\rightarrow$ 4Fe(s)+ 3CO 2 (g)$\Delta$ H $\omicron$ = 462 KJ

The Answer of Consider the Reaction 2Fe 2 O 3 (s)+ 3C(s)$\rightarrow$ 4Fe(s)+ 3CO 2 (g)$\Delta$ H $\omicron$ = 462 KJ

Consider the Reaction 2Fe 2 O 3 (s)+ 3C(s)$\rightarrow$ 4Fe(s)+ 3CO 2 (g)$\Delta$ H $\omicron$ = 462 KJ

The Answer of Consider the Reaction 2Fe 2 O 3 (s)+ 3C(s)$\rightarrow$ 4Fe(s)+ 3CO 2 (g)$\Delta$ H $\omicron$ = 462 KJ

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Consider the Reaction
2Fe₂O₃(s)+ 3C(s) $\rightarrow$ 4Fe(s)+ 3CO₂(g) $\Delta$ H^$\omicron$= 462 KJ

Question 172

Multiple Choice

Consider the reaction
2Fe₂O₃(s) + 3C(s) $\rightarrow$ 4Fe(s) + 3CO₂(g) ,
$\Delta$ H^$\omicron$= 462 kJ,
$\Delta$ S^$\omicron$= 558 J.K^-¹
Calculate the equilibrium constant for this reaction at 525^$\omicron$C.

A) 3.04 * 10^-³
B) 8.07 * 10^-²
C) 5.20 * 10^-⁷
D) 1.9 * 10⁶
E) 2.18 * 10^-²

Consider the Reaction 2Fe2O3(s)+ 3C(s) →\rightarrow→ 4Fe(s)+ 3CO2(g) Δ\DeltaΔ H ο\omicronο = 462 KJ

Multiple Choice

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Consider the Reaction
2Fe₂O₃(s)+ 3C(s) $\rightarrow$ 4Fe(s)+ 3CO₂(g) $\Delta$ H^$\omicron$= 462 KJ

Correct Answer:
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