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Explain with the help of the Arrhenius equation, how do the rate of reaction changes with activation energy.

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Question

Explain with the help of the Arrhenius equation, how do the rate of reaction changes with activation energy.

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Solution

The decrease in energy of activation (Ea) decreases `"E"_"a"/"RT"`, hence, increases `-"E"_"a"/"RT"` and the rate of reaction.

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Chapter 6: Chemical Kinetics - Exercises [Page 136]

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Balbharati Chemistry [English] Standard 12 Maharashtra State Board
Chapter 6 Chemical Kinetics
Exercises | Q 3. ix. (b) | Page 136

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Explain with the help of Arrhenius equation, how does the rate of reaction changes with temperature.


Explain with the help of the Arrhenius equation, how do the rate of reaction changes with activation energy.


Explain with the help of Arrhenius equation, how does the rate of reaction changes with temperature.


Explain with the help of Arrhenius equation, how does the rate of reaction changes with activation energy.


Explain with the help of Arrhenius equation, how does the rate of reaction changes with temperature.


Explain with the help of Arrhenius equation, how does the rate of reaction changes with activation energy.


Explain with the help of Arrhenius equation, how does the rate of reaction changes with temperature.


Explain with the help of Arrhenius equation, how does the rate of reaction changes with activation energy.


Explain with the help of Arrhenius equation, how does the rate of reaction changes with temperature.


Explain with the help of Arrhenius equation, how does the rate of reaction changes with temperature. 


Explain with the help of Arrhenius equation, how does the rate of reaction changes with activation energy.


Explain with the help of Arrhenius equation, how does the rate of reaction changes with temperature.


Explain with the help of Arrhenius equation, how does the rate of reaction changes with activation energy.


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