1.

The photo-electric cell is connected to a source of variable potential difference, connected across it and the resulting photo-electric current (μA) is plotted against the applied potential difference (V). The graph in the broken line represents a case for a given frequency and intensity of the incident radiation. If the frequency is increased and the intensity is reduced, which of the following graphs of unbroken line represent the new situation?

Answer»

The photo-electric cell is connected to a source of variable potential difference, connected across it and the resulting photo-electric current (μA) is plotted against the applied potential difference (V). The graph in the broken line represents a case for a given frequency and intensity of the incident radiation. If the frequency is increased and the intensity is reduced, which of the following graphs of unbroken line represent the new situation?




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