Rate of reaction curve for equilibrium c...

Rate of reaction curve for equilibrium can be like: `[r_(f)=` forward rate, `r_(b) =` backward rate]

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Assertion (A) : The values of equilibrium constant of forward and backward reactions are same. Reason (R ) : Under particular set of conditions, the values of equilibrium constants of forward and backward reactions are reciprocal to each other.

By increasing the temperature by 10^(@)C , the rate of forward reaction at equilibrium is increased by a factor of 2 . The rate of backward reaction by this increase in temperature

At equilibrium rate of forward reaction becomes equal to rate of backward reaction.

At equilibrium stage, the rate of forward reaction is ……….. To the rate of backward reaction.

Find the value of equilibrium constant if the rate constante for the forward and backward reactions are , 2.38 xx 10^(-4) " and " 8.15 xx 10^(-4) respetively.

The equilibrium constant of a reaction is 20.0 . At equilibrium, the reate constant of forward reaction is 10.0 . The rate constant for backward reaction is :

At equilibrium for a reaction A harr B . correct representation is { r_f = rate of forward reaction, r_b = rate of backward reaction}

In the reaction A+B hArr C+D , the value of equilibrium constant is 10 . If rate constant of forward reaction is 105 , the rate constant of backward reaction is …………

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