Home
Class 12
CHEMISTRY
Calculate the half-life period of a firs...

Calculate the half-life period of a first order reaction, if the rate constant of the reaction is `6.93 times 10^(-3)S^(-1)`.

Text Solution

Verified by Experts

`K=(0.693)/(t_(1//2))`
`t_(1//2)=(0.693)/(6.93 times 10^(-3))`
`" "=10^(4)sec`
Promotional Banner

Topper's Solved these Questions

  • SUPPLEMENTARY EXAM QUESTION PAPER JULY - 2015

    SUNSTAR PUBLICATION|Exercise PART - C|14 Videos
  • SUPPLEMENTARY EXAM QUESTION PAPER JULY - 2015

    SUNSTAR PUBLICATION|Exercise PART - D|30 Videos
  • SUPPLEMENTARY EXAM QUESTION PAPER JULY - 2015

    SUNSTAR PUBLICATION|Exercise PART - D|30 Videos
  • SUPPLEMENTARY EXAM QUESTION PAPER JULY - 2018

    SUNSTAR PUBLICATION|Exercise PART - D|28 Videos

Similar Questions

Explore conceptually related problems

Calculate the half-life period of a first order reaction if rate constant is 0.45 mi n^(_1) .

The half life period of a zero order reaction is equal to :

For first order reaction, rate constant :

The half life period of a first order reaction is 10 minutes. Then its rate constant is

What happens to the half life period of a first order reaction if the concentration of the reactants is increased ?

Half the period of a first order reaction is 1386 seconds . The specific rate constant of the reaction is :

What happens to the half life period of a first order reaction if the Initial. concentration of the reactants is increased?