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{:("7. slow step","a. experimentally"),(...

`{:("7. slow step","a. experimentally"),("8. order","b. zero order"),("9. molecularity","c. rate determining step"),("10. unit of order .k.","d. maximum rate"),("11. rate independent of reactant","theoretical concept concentration"),(,"f. "sec^(-1)):}`

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The units for the rate constant for the second order reaction ( concentration : mol litre^(-1) time sec ) are:

The rate constant for a fist order reaction is k = 7xx10^(-4)s^(-1) .The time taken for the reactant to be reduced to 1/2 of the initial concentration is :

If the concentrations are expressed in mole litre^(-1) and time in sec then the units of the rate constant for the first order reaction are :

A reaction A+B rarr C is second order with respect to A and independent of B .The rate expression for the reaction is :

If the rate constant of a reaction is k = 3 xx 10^(-4) s^(-1) , then identify the order of the reaction.

(a) What are zero order reactions? (b) Give the units of first, third and zero order rate constants.

A substance decomposes according to zero order kinetics . If the rate constant is k and initial concentration is a then half life period is :