Home
Class 12
PHYSICS
When a 6000Å light falls on the cathode ...

When a `6000Å` light falls on the cathode of a photo cell and produced photoemission. If a stopping potential of 0.8 V is required to stop emission of electron, then determine the
frequency of the light

Promotional Banner

Topper's Solved these Questions

  • SAMPLE PAPER - 20 (UNSOLVED)

    FULL MARKS|Exercise PART - III|9 Videos
  • SAMPLE PAPER - 19 (UNSOLVED)

    FULL MARKS|Exercise PART - IV|10 Videos
  • SAMPLE PAPER -10 (SOLVED)

    FULL MARKS|Exercise PART - IV|10 Videos

Similar Questions

Explore conceptually related problems

When a 6000Å light falls on the cathode of a photo cell and produced photoemission. If a stopping potential of 0.8 V is required to stop emission of electron, then determine the threshold frequency

When a 6000Å light falls on the cathode of a photo cell and produced photoemission. If a stopping potential of 0.8 V is required to stop emission of electron, then determine the work function of the cathode material

When a 6000Å light falls on the cathode of a photo cell and produced photoemission. If a stopping potential of 0.8 V is required to stop emission of electron, then determine the energy of the incident photon

The value of stopping potential when the frequency of light is equal to the threshold frequency is

Stopping potential of emitted photo electrons is given by ( where phi = hv_(0) )

Light is incident on the cathode of a photocell and the stopping voltages are measured for light of two different wavelengths, are given below. a. Determine the work function of the metal of the cathode in eV. b. Find the value of the universal constant (hc)/(e ) . c. Define stopping potential and work function. d. Can you suggest a mathematical relation between kinetic energy and stopping potential?

If the frequency of light in a photoelectron experiment is doubled the stopping potential will