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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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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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