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7. If the intensity of the incident light ) is assumed to be 100. then the intensity of the
light transmitted d aher passing through the solution of concentration el 75% since
there is 25% reduction in the intensity)
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0
Answer:
Calculate the percentage for the given question.
Answered by
0
Answer:
1 Answer
For a given photo metal if the frequency and applied voltage is kept constant with increasing intensity then we observe that photo current increases with increases in intensity with out change in the stopping potential.
The photocurrent is directly proportional to the number of photoelectrons emitted.
Hence, if the intensity of incident light is made double, then the maximum number of emitted electrons will become double.
So, the answer is option (A).
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