Home
Class 12
PHYSICS
Plotting a graph of log t(1//2) against ...

Plotting a graph of log `t_(1//2)` against log `[A]_(0)` of a rectant for a first order reaction, the slope will

A

`-1`

B

`-2`

C

0

D

`+1`

Text Solution

Verified by Experts

The correct Answer is:
3

`t_(1//2)=0.693/K`
`logt_(1//2)=log0.693-log K=`consatnt
Promotional Banner

Topper's Solved these Questions

  • MOCK TEST 3

    CAREER POINT|Exercise CHEMISTRY|30 Videos
  • MOCK TEST 2

    CAREER POINT|Exercise PART (B)-CHEMISTRY|29 Videos
  • MOCK TEST 4

    CAREER POINT|Exercise CHEMISTRY|30 Videos

Similar Questions

Explore conceptually related problems

in the following plot for a first order reaction slope is equal to

Plotting log_(10)t_(1//2) against log _(10)[A_0] (where A_0 is the initial concentration of a reactant) for a fist order reaction the slope will be

Plot the graph of t t_(1//2) vs concentration for first order and zero order reaction.

Slope of the graph In [A] t verses t for first order reaction is

Following is the graph between log t_(1//2) and log a ( a initial concentration) for a given reaction at 27^(@)C . Find the order of reaction.

If a graph is plotted between ln k and 1//T for the first order reaction, the slope of the straight line so obtained is given by

Assertion: the plots of log t_(1//2) vs. log[A]_(0) gives a straight line with slope (1-n) . Reason: t_(1//2) prop [A]_(0)^(1-n)