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13 Questions around this concept.
Consider the Reaction the half life of a reaction at initial concentration are 200 sec and 40 sec respectively. The order of the reaction is
Consider a reaction -having half -life 50 min- for a certain initial concentration. If the concentration of the reactions becomes doubled, the half-life of the reaction becomes .What is order of the reaction :
Consider a reaction
, having is constant. the order of the reaction is:
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Calculate the order of the reaction if 0.3 s and 0.6 s is the half life of two given samples. Also, initial concentration of the samples is 160 M and 80M respectively.
At 12.5 KPa and 800 K, a gaseous reaction had the half life period of 375 s. Find the order of the reaction, if the pressure is changed to 45 KPa
was found to be constant in a single reactant reaction. Find the order of the reaction in which and T is the initial concentration of the reactant and half life, respectively. What is the order of the reaction?
For a reaction when volume of ron vessel reduce to half life become half. The order of reaction will be
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Consider a reaction Produce with the rate law Expression is
. The order of reaction ls:
Consider the reaction produced with ratelaw expression is Rate what will be the unit of rate constant (K) ?
It is used when the rate law involves only one concentration term.
or
For two different concentrations, we have:
On taking logarithms on both sides, we get:
Hence,
Here, n is the order of the reaction.
Here graphs are plotted between rate and concentration to find the order of the reaction.
Plots of Rate vs Concentration
If the data for time(t) and [A] is given then this method is applicable. Thus follows the steps given below to find the order of reaction by using the integrated rate law method.
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