In a photo electric experiment- the maximum velocity of photoelectrons emittedDepends on intensity of incident radiationDoes not depend on wavelength of incident radiationDoes not depend on cathode materialDepends on frequency of incident radiation

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Toppr Admin · Accepted Answer

Hv-hv0-KEKinetic energy of the photo electrons emitted depends on the frequency of incident light- More is frequency of incident light- more is the K-E- of emitted electron -amp- therefore more is the velocity of emitted electrons-

In a photo electric experiment, the maximum velocity of photoelectrons emitted
Depends on intensity of incident radiation
Does not depend on wavelength of incident radiation
Does not depend on cathode material
Depends on frequency of incident radiation

$h v = h v_{0} + K E$
Kinetic energy of the photo electrons emitted depends on the frequency of incident light. More is frequency of incident light, more is the K.E. of emitted electron & therefore more is the velocity of emitted electrons.

In a photo electric experiment, the maximum velocity of photoelectrons emittedDepends on intensity of incident radiationDoes not depend on wavelength of incident radiationDoes not depend on cathode materialDepends on frequency of incident radiation

hv=hv0+KEKinetic energy of the photo electrons emitted depends on the frequency of incident light. More is frequency of incident light, more is the K.E. of emitted electron & therefore more is the velocity of emitted electrons.

In a photo electric experiment, the maximum velocity of photoelectrons emitted
Depends on intensity of incident radiation
Does not depend on wavelength of incident radiation
Does not depend on cathode material
Depends on frequency of incident radiation

$h v = h v_{0} + K E$
Kinetic energy of the photo electrons emitted depends on the frequency of incident light. More is frequency of incident light, more is the K.E. of emitted electron & therefore more is the velocity of emitted electrons.