If above the threshold frequency, the brighter the source of light:
Added by Tom-S D.
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Above this threshold, photons have enough energy to eject electrons. Show more…
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(A): The kinetic energy of photoelectrons increases with increase in frequency of incident light. (R): The number of photoelectron ejected increases with increase in intensity of light.
In a photoelectric effect experiment at a frequency above cut off, the number of electrons ejected is proportional to:
Naksha G.
For incident frequencies greater than threshold frequency, the number of photoelectrons emitted from a given emitter depends upon the (a) intensity of incident light (b) frequency of incident light (c) wavelength of incident light (d) velocity of incident light
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