At 1000oC- - G- of the reaction is- ZnO - C - Zn - CO

The correct option is C zeroAs they both oxides #160;met at #160; 1000^oC in graph so at this temperature Δ G of the reaction will be zero. ...

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Ellingham Diagram

At 1000oC, ...

Question

At $1000^{o} C$ , $Δ G^{\circ}$ of the reaction is:
$Z n O + C ⟶ Z n + C O$

- v e

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+ v e

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zero

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None of these

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1000^{o} C

Δ G

Z n O + C \to Z n + C O

Δ G

Δ G = - v e

H_{2} O (l) (1 bar, 373 K) ⇌ H_{2} O (g) (1 bar, 373 K)

For $H_{2} O (l) (1 b a r, 373 K) \to H_{2} O (g) (1 b a r, 373 K)$ .The correct set of thermodynamic parameter is

Δ G = - v e

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