For a first order reaction, the half-lif...

For a first order reaction, the half-life period is independent of

First power of final concentration

Cube root of initial concentration

Initial concentration

Square root of final concentration

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Assertion (A): For a first order reaction, half-life period is independent of initial concentration of the reacting species.

For a zero order reaction, the half-life periof is independent of the initial concentration.

Show that in first order reaction: i) Half-life period is independent of the initial molar concentration of the reaction. ii) Units of rate constant donot depend upon the units of concentration.

For first order reaction, the half life is dependent of :

Show that for the reactions of first order (i) Half-life period is independent of initial concentrations. (ii) Units of rate constant do not depend upon the units of concentration.

for the first order reaction the half life period is ( if K is rate constant and alpha in initial concentration )

Derive an expression for the relation between half life and rate constant for first order reaction. The half life period for first order reaction is 1.7 hrs. How long will it take for 20% of the reactant to disappear?

A substance decomposes following first order reaction. If the half life period of the reaction is 35 minutes , what is the rate constant of this reaction?

A first order reaction has a half-life period of 34.65 seconds. Its rate constant is

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