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Order and molecularity are the same for ...

Order and molecularity are the same for what type of reactions?

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The molecularity is equal to the order for any elementary reaction.
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Give the rate equation , overall order and molecularity of the following elementary reactions. (1) A+BrarrC (2) 2ArarrD

What is molecularity?

This question has Statement I and Statement II. Of four choices given after the Statements choose the one that best describes two statements Statement-I: A complex reaction has molecularity equal to the order of that reaction. Molecularity has no meaning for a complex reaction.

Why is the term 'molecularity ' not applicable for complex reactions ?

The order and molecularity of an elementary reaction are the same - explain.

Assertion (A) : The order and molecularity of the reaction is the same. Reason (R) : Order is determined experimentally. Molecularity is the sum of all the stoichiometric coefficients of the rate- determining elementary step.

Among 'order' and 'molecularity' which one is obtained experimentally ? For what type of reactions , the order can be determined from the stoichiometric coefficients of the reactants and products of a balanced chemical reaction ?

Write differences between order and molecularities of a reaction. Define activation energy. What is temperature co-efficient of a reaction.

For the reaction: H_2(g) + Br_2(g) rarr 2HBr(g) the experimental data suggests, Rate = k,[H_2][Br_2]^(1/2) The order and molecularity of the reaction are, respectively

Define order of reaction.

CHHAYA PUBLICATION-CHEMICAL KINETICS-SOLVED NCERT EXEMPLAR PROBLEMS (Short Answer Type)
  1. Under what conditions will a bimolecular reaction be of the first orde...

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  2. For a zero order reaction, 2A+BrarrC write its rate equation.

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  3. How will you determine the rate-equation of the following reaction: 2...

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  4. Order and molecularity are the same for what type of reactions?

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  5. If the concentration of a reactant A of a reaction is tripled, the rat...

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  6. Write the equation for the time required for a zero order reaction to ...

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  7. For a reaction, A+BrarrC Product, the rate equation is =k[A][B]^(3//...

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  8. For a certain reaction, though most of the molecules possess energy g...

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  9. For a general reaction ArarrB form the graph of concentration of A vs...

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  10. For a general reaction Ararra form the graph of concentration of A vs...

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  11. For a general reaction rarrB form the graph of concentration of A vs t...

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  12. H(2)(g) and O(2)(g) have a very strong tendency to react with each o...

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  13. Why does the rate of a reaction increase with rise in temperature?

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  14. Why aren't the fuels ignited on their own though there is a large amou...

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  15. Trimolecular reactions are very rare. Explain.

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  16. Why does the rate of a reaction keep decreasing as the reaction advanc...

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  17. Explain with the help of an example, 'the rate of a chemical reaction ...

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  18. In the redox titration, why is it important to warm the oxalic acid be...

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  19. Can the molecularity of a reaction be zero? Explain with example.

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  20. 'Molecularity' applies only to elementary reactions However 'order' a...

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