Home
Class 12
CHEMISTRY
Match the half-life in Column-I with the...

Match the half-life in Column-I with the order in Column-II `:`
Column-I ( Half- life) Column-II ( order)
( A ) `t_(1//2) = ` constant ( p ) First order
( B) `t_(1//2) prop a` ( q ) Pseudo first order
( C ) `t_(1//2) prop ( 1)/( a)` (r) Second order
( D ) `t_(1//2) prop p^(-1)` (s) Zero order
where a = Initial concentration of the reactant
p = Initial pressure of the reactant

Text Solution

Verified by Experts

The correct Answer is:
`( A rarr p ,q) , ( B rarr s ) , ( C rarr r,s) , ( D rarr r, s) `
Promotional Banner

Topper's Solved these Questions

  • ATOMIC STRUCTURE

    FIITJEE|Exercise SINGLE INTEGER TYPE QUESTIONS|8 Videos
  • ATOMIC STRUCTURE

    FIITJEE|Exercise ILLUSTRATION 1.|30 Videos
  • ATOMIC STRUCTURE

    FIITJEE|Exercise COMPEREHENSION-IV|3 Videos
  • ALKYL AND ARYL HALIDES

    FIITJEE|Exercise NUMERICAL BASED QUESTIONS|1 Videos
  • CARBOHYDRATES, AMINO ACIDS, POLYMERS AND PRACTICAL ORGANIC CHEMISTRY

    FIITJEE|Exercise EXERCISE|4 Videos

Similar Questions

Explore conceptually related problems

Match the species in Column I with bond order in Column II.

Match the species in Column I with the bond order in Column II.

Match the half-life in Column-I with the orders in Column-II Where, a= Initial concentration of the reactant p= Initial pressure of the reactant

Match the order of species in column-I with properties in column-II.

The product of half life T_(1//2) and the square of initial concentration of the reactant (a) is constant. Then the order of reaction is

For a reaction R rarr P , half -life (t_(1//2)) is observed to be independent of the initial concentration of reactants. What is the order of reaction ?

Match the Column-I with Column-II : Here, t_(1//2) = half life t_(2//3)=3//4 life k= rate constant

Half life ( t_1 ) of the first order reaction and half life ( t_2 ) of the 2 ""^(nd) order reaction are equal. If initial concentration of reactants in both reaction are same then ratio of the initial rate of the reaction