The stopping potential $(V_{0})$

Depends upon the angle of incident light

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Depends upon the intensity of incident light

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Depends upon the surface nature of the substance

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Is independent of the intensity of the incident light

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Solution

The correct option is D Is independent of the intensity of the incident light
Stopping potential depends upon the energy of photon

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Similar questions

Q. When a certain photosensistive surface is illuminated with monochromatic light of frequency v, the stopping potential for the photo current is-

V_{0} / 2.

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In Photoelectric setup as soon as the potential reaches $V_{o}$ (stopping potential), the electrons stop coming out of the emitter plate.

Q. Correct representation of stopping potential

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For photo-electric effect with incident photon wavelength $λ$ , the stopping potential is $V_{0}$ . Identify the correct variation(s) of $V_{0}$ with $λ$ and $1 / λ$ .

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. Frequency of the incident light for which stopping potential becomes double is :

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The stopping potential (V0)

The correct option is D Is independent of the intensity of the incident lightStopping potential depends upon the energy of photon

The stopping potential $(V_{0})$

The correct option is D Is independent of the intensity of the incident light
Stopping potential depends upon the energy of photon