If I is the intensity of absorbed light and -C- is the concentration of AB for the photochemical process- AB - hv- AB- the rate of the formation of AB is directly proportional to-

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Heat of Formation

If I is the...

Question

If $I$ is the intensity of absorbed light and 'C' is the concentration of AB for the photochemical process, $A B + h v \to A B$ , the rate of the formation of AB is directly proportional to:

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I

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I^{2}

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C, I

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Solution

The correct option is B $I$
Solution:- (B) $I$
The rate of photochemical process varies with the intensity of absorption.
Since greater the intensity of absorbed light more photons will fall at a point and further each photon causes one molecule to undergo reaction.

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Similar questions

Q. If '

I

' is the intensity of absorbed light and '

c

' is the concentration of AB for the photochemical process

A B + h v \to A B^{*}

, the rate of formation of

A B^{*}

is directly proportional to :

If I is the intensity of absorbed light and C is the concentration of AB for the photochemical process $A B + h V \to A B$ ,
then the rate of formation of AB is directly proportional to?

If 'I' is the intensity of absorbed light and 'c' is the concentration of AB for the photochemical process AB + hvà AB*, the rate of formation of AB* is directly proportional to:

If $^{'} I^{'}$ is the intensity of absorbed light and $^{'} c^{'}$ is the concentration of $A B$ for the photochemical process $A B +$ hvà $A B^{*},$ the rate of formation of $A B^{*}$ is directly proportional to:

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If I is the intensity of absorbed light and 'C' is the concentration of AB for the photochemical process, AB+hv→AB, the rate of the formation of AB is directly proportional to:

The correct option is B ISolution:- (B) IThe rate of photochemical process varies with the intensity of absorption.Since greater the intensity of absorbed light more photons will fall at a point and further each photon causes one molecule to undergo reaction.

If $I$ is the intensity of absorbed light and 'C' is the concentration of AB for the photochemical process, $A B + h v \to A B$ , the rate of the formation of AB is directly proportional to:

The correct option is B $I$
Solution:- (B) $I$
The rate of photochemical process varies with the intensity of absorption.
Since greater the intensity of absorbed light more photons will fall at a point and further each photon causes one molecule to undergo reaction.