Stopping potential depends on frequency, not on intensity

1. A.
   Phase
2. B.
   Intensity
3. C.
   Amplitude
4. D.
   Frequency

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1. A.
   Statement I is incorrect but statement II is correct
2. B.
   Statement I is correct but statement II is incorrect
3. C.
   Both Statement I and statement II are correct
4. D.
   Both Statement I and Statement II are incorrect

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1. A.
   It depends on the nature of emitter material.
2. B.
   It depends upon frequency of the incident light.
3. C.
   It increases with increase in intensity of the incident light.
4. D.
   It is $1/e$ times the maximum kinetic energy of electrons emitted.

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1. A.
   increases with increase in the wavelength of the incident light
2. B.
   increases with increase in the intensity of the incident light
3. C.
   is $\left( \frac{1}{e} \right)$ times the maximum kinetic energy of the emitted photoelectrons
4. D.
   decreases with increase in the intensity of the incident light

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1. A.
   Both $A$ and $R$ are true but $R$ is NOT the correct explanation of $A$
2. B.
   A is false but $R$ is true
3. C.
   $A$ is true but $R$ is false
4. D.
   Both $A$ and $R$ are true and $R$ is the correct explanation of A

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