A `to` B+ C is a first order reaction

Reagent reacts with all A, B and C and have 'n' factors in the ratio of 1 : 2 : 3 with the reagent. Find k.

A(aq)rarrB(aq)+C(aq) is first order reaction. "Time"" "t" "oo "moles of reagent " " "n_(1)" "n_(2) Reaction prgress is measured with the help of titration of reagent 'R'. If all A, B and C react with reagent and have 'n' factors [n factor,eq. mass= ("mol.mass")/(n) in the ratio of 1:2:3 with the reagent, the k in terms of t, n_(1) and n_(2) is :

A(aq)rarrB(aq)+C(aq) is first order reaction. "Time"" "t" "oo "moles of reagent " " "n_(1)" "n_(2) Reaction prgress is measured with the help of titration of reagent 'R'. If all A, B and C react with reagent and have 'n' factors [n factor,eq. weight= ("mol.wt.")/(n) in the ratio of 1:2:3 with the reagent, the k in terms of t, n_(1) and n_(2) is :

The reagents (A), (B) , and (C ) are:

The reagents (A), (B) , and (C ) are:

3A+2B+CrarrD+E is a first order reaction with respect to A , second order with respect to B and zero order with respect to C . What will the change in reaction -rate be if the concentration of each of A, B and C is doubled ?

A to B and C to D are first order reactions. Ratio of t_(99.9%) values is 4:1, then, ratio of rate constants K_1 to K_2 is

In the following first order competing reactions: A + Reagent rarr Product B + Reagent rarr Product The ratio of K_1/ K_2 if only 50% of B will have been reacted.when 94% of A has been reacted is: