For the reaction shown below, the initial concentrations for reactants and products are as follows: [A]...

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Chemistry

For the reaction shown below, the initial concentrations forreactants and products are as follows: [A] = 0.27 M, [B] =0.0640 M, [C] = 0.0134 M, and [D] = 1.47M. If the equilibrium constant for the reaction isKC = 0.802, which direction does the reactionhave to shift to reach equilibrium?

A + 3B ⇌ 2C + 3D

Enter 1 if it shifts left,2 if it shifts right, or 3 ifit's already at equilibrium.

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3.9 Ratings (634 Votes)
AnswerGivenmolar concentration of A ie A 027 Mmolar concentration of B ie B 00640 Mmolar concentration of C ie C 00134 Mmolar concentration of D ie D 147 Mequilibrium constant Kc 0802As we know thatA 3B 2C 3Dthereforeequilibrium constant Kc C2D3 AB3equilibrium constant Kc 001342 1473 027006403equilibrium constant Kc    See Answer
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