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Show that the rate constant in a zero or...

Show that the rate constant in a zero order reaction is inversely proportional of its half life period.

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Half-life period of a zero order reaction is

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The half life for the zero order reaction will be

The half-life period for a zero order reaction is equal to

Assertion: In a zero order reaction, if concentration of the reactant is doubled, half-life period is also doubled. Reason: The total time taken for a zero order reaction to complete is double of the half-life period.

A : The rate constant of zero order reaction is equal to rate of reaction. R : t_(1//2) for zero order reaction is directly proportional to initial concentration.

DINESH PUBLICATION-CHEMICAL KINETICS-Effect of concentration on rate of reaction
  1. The rate law for the reaction: Ester +H^(+)overset("Fast")to Acid + ...

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  2. Identify the reaction order from the rate constant value =3.2 xx 10^(-...

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  3. Show that the rate constant in a zero order reaction is inversely prop...

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  4. State the units of rate constant in zero order reaction.

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  5. a) write dimensions of first order reaction. b) Give reason for no c...

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  6. a) Define order and molecularity of a reaction. b)Find order and mol...

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  7. Derive an expression for the rate constant in the first order reaction...

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  8. Why does the rate of a reaction not remain constant throughtout the re...

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  9. Write the units of the rate constant for zero order reaction.

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  10. For the reaction A+3B to 2C rate = k[A]^(1//2)[B]^(1//2). Find the o...

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  11. Give the units of the rate constant for second order reaction.

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  12. Derive the integrated rate law equation for the first order reaction a...

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  13. Express the relation between the half-life period of a reaction and in...

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  14. A first order reaction takes 69.3 minutes for 50% completion. How much...

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  15. What is the order of reaction whose rate constant has the same units a...

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  16. Give one example of pseudo first order reaction.

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  17. Why does the rate of a reaction not remain constant throughtout the re...

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  18. For the reaction: Cl(2)(g) + 2NO(g) to 2NO(2)F(g) The following mech...

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  19. For the reaction: 2NO(2)(g) + F(2)(g) to NO(2)F +F (slow) ii) NO(...

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  20. Derive the general form of expression for the half-life of a first ord...

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