then the maximum KE of emitted photoelectrons will become.

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A metal surface is illuminated by a light of given intensity and frequency to cause photoemission. If the intensity of illumination is reduced to one-fourth of its original value, then the maximum KE of emitted photoelectrons will become.
04
Jun
A metal surface is illuminated by a light of given intensity and frequency to cause photoemission. If the intensity of illumination is reduced to one-fourth of its original value, then the maximum KE of emitted photoelectrons will become. A metal surface is illuminated by a light of given intensity and frequency to cause photoemission. If [...]
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Tags: A metal surface is illuminated by a light of given intensity and frequency to cause photoemission. If the intensity of illumination is reduced to one-fourth of its original value , then the maximum KE of emitted photoelectrons will become. ,