If I is the intensity of absorbed light and C is the concentration of AB for the photochemical process. AB + hvarrow AB*, for the rate of formation of AB* is directly proportional to

Question

If I is the intensity of absorbed light and C is the concentration of AB for the photochemical process. AB + hvarrow AB*, for the rate of formation of AB* is directly proportional to (A) C (B) I (C) I2 (D) C × I

Tardigrade Admin · Accepted Answer

Rate will be directly proportional to both concentration and intensity, i.e. rate of formation of A B * propto C ⋅ I.

Q. If $I$ is the intensity of absorbed light and $C$ is the concentration of $A B$ for the photochemical process. $A B + h v \to A B^{}$ , for the rate of formation of $A B^{}$ is directly proportional to

$C$

$I$

$I^{2}$

$C \times I$

Rate will be directly proportional to both concentration and intensity, i.e. rate of formation of $A B * \propto C \cdot I$ .

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

C

I

I2

C×I

Rate will be directly proportional to both concentration and intensity, i.e. rate of formation of AB∗∝C⋅I.

Q. If $I$ is the intensity of absorbed light and $C$ is the concentration of $A B$ for the photochemical process. $A B + h v \to A B^{}$ , for the rate of formation of $A B^{}$ is directly proportional to

$C$

$I$

$I^{2}$

$C \times I$

Rate will be directly proportional to both concentration and intensity, i.e. rate of formation of $A B * \propto C \cdot I$ .