For `A_((s))+B_((s))toC_((s))`,rate=`k[A]^(1//2)[B]^(2)`, if initial concentration of A and B are increased by factors 4 and 2 respectively, then the initial rate is changed by the factor:

For a reaction rate =K(A)^(1//2)(B)^(2) . If concentration of A amd B are increased by factor of 4 and 2 respectively then rate is changed by the fraction :-

The rate expression for reaction A(g) +B(g) rarr C(g) is rate =k[A]^(1//2)[B]^(2) . What change in rate if initial concentration of A and B increases by factor 4 and 2 respectively ?

The rate expression for reaction A(g) +B(g) rarr C(g) is rate =k[A]^(1//2)[B]^(2) . What change in rate if initial concentration of A and B increases by factor 4 and 2 respectively ?

The rate expression for the reaction A_((g))+B_((g))toC_((g)) is rate =kC_(A)^(2)C_(B)^(1//2) what changes in the initial concentrations of A and B will cause the rate of reaction to increase by a factor of eight?

The rate expression for the reaction A (g) + B (g) rarr C (g) is rate = kC_(A)^(2)C_(B)^(1//2) . What changes in the initial concentrations of A and B will cause the rate of reaction to increase by a factor of eight?

In the system A_((s))hArr2B_((g))+3C_((g)) , if the concentration of C at equilibrium is increased by a factor of 2 , it will cause the equilibrium concentration of B to change to: