The value of equilibrium constant for the reaction 2A(ag)+B(ag)⇌2C(aq) is 4 mole -1 lit . At the given time of equilibrium if the reaction mixture has the concentrations [A]=0.2 mole.lit -1;[B]=0.1 mole.lit -1 and [C]=0.3 mole.lit -1 then the relation between reaction quotient, equilibrium constant and the direction of reaction is
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a
KC>QC; Forward
b
QC>KC; Backward
c
KC>QC; Backward
d
QC>KC; Forward
answer is B.
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Detailed Solution
Reaction Quotient Qc=(0.3)2(0.2)2(0.1)=22.5 lit.mole -1Since QC>Kc reaction will proceed in backward direction to attain equilibrium.
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The value of equilibrium constant for the reaction 2A(ag)+B(ag)⇌2C(aq) is 4 mole -1 lit . At the given time of equilibrium if the reaction mixture has the concentrations [A]=0.2 mole.lit -1;[B]=0.1 mole.lit -1 and [C]=0.3 mole.lit -1 then the relation between reaction quotient, equilibrium constant and the direction of reaction is