For the reaction Br 2 (g) 2Br(g),$\Delta$ G r o = +161.69 kJ·mol - 1 at 25$\degree$C.Calculate the value of K c for this reaction.

The Answer of For the reaction Br 2 (g) 2Br(g),$\Delta$ G r o = +161.69 kJ·mol - 1 at 25$\degree$C.Calculate the value of K c for this reaction.

For the reaction Br 2 (g) 2Br(g),$\Delta$ G r o = +161.69 kJ·mol - 1 at 25$\degree$C.Calculate the value of K c for this reaction.

The Answer of For the reaction Br 2 (g) 2Br(g),$\Delta$ G r o = +161.69 kJ·mol - 1 at 25$\degree$C.Calculate the value of K c for this reaction.

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For the Reaction Br₂(g) 2Br(g) $\Delta$ G_r^o = +161 $\degree$ CCalculate the Value of K_c for This Reaction

Question 83

Multiple Choice

For the reaction Br₂(g) $For the reaction Br2(g) 2Br(g) , \Delta Gro = +161.69 kJ·mol - 1 at 25 \degree C.Calculate the value of Kc for this reaction. A) 0.0378 B) 1.12 *10-27 C) 1.83 *10-30 D) 4.54 *10-29$ 2Br(g) , $\Delta$ G_r^o = +161.69 kJ·mol ^- ¹ at 25 $\degree$ C.Calculate the value of K_c for this reaction.