The graph that depicts Einstein's photoelectr | vedclass

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(C) According to the photoelectric effect,the number of photoelectrons ejected per unit time is directly proportional to the intensity of the incident

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(C) According to the photoelectric effect,the number of photoelectrons ejected per unit time is directly proportional to the intensity of the incident radiation,provided the frequency of the radiation is above the threshold frequency.Mathematically,this is expressed as:$I_{photoelectric} \propto 	ext{Intensity of radiation}$This linear relationship implies that as the intensity of the incident light increases,the photoelectric current increases linearly.Therefore,the graph representing this relationship is a straight line passing through the origin,which corresponds to option $C$.

The graph that depicts Einstein's photoelectric effect for a monochromatic source of frequency above the threshold frequency is

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