The correct curve between the stopping potent | vedclass

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Question

(B) According to the photoelectric effect,the stopping potential $(V_0)$ depends only on the frequency of the incident light and the work function of

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(B) According to the photoelectric effect,the stopping potential $(V_0)$ depends only on the frequency of the incident light and the work function of the metal surface.It is independent of the intensity $(I)$ of the incident light.Therefore,as the intensity $(I)$ of the incident light increases,the stopping potential $(V_0)$ remains constant.This relationship is represented by a horizontal straight line parallel to the intensity axis.

The correct curve between the stopping potential $(V_0)$ and intensity of incident light $(I)$ is

Similar Questions

$A$ caesium photocell,with a steady potential difference of $60 \ V$ across it,is illuminated by a bright point source of light $50 \ cm$ away. When the same light source is placed $1 \ m$ away,the photoelectrons emitted from the cell:

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What is a photoelectron?

Which graph represents the relationship between the intensity of incident light on a metal plate and the resulting photoelectric current?

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