The threshold frequency for a metallic surface correponds to an energy of `6.2 eV`, and the stopping potential for a radiation incident on this surface `5 V`. The incident radiation lies in

The threshold frequency for a metallic surface corresponds to an energy of 6.2eV and the stopping potential for a radiation incident on this surface is 5 V . The incident radiation lies in

The threshold frequency for a metallic surface corresponds to an energy of 6.2eV and the stopping potential for a radiation incident on this surface is 5V. The incident radiation lies in

The threshould frequency for a metallic surface corresponds to an energy of 6.2eV and the stopping potential for a radiation insident on this surface is 5 V . The incident radiation lies in

The threshold frequency for a photosensitive surface corresponds to an energy of 6.5 eV. If the stopping potential for radiations incident on this surface is 3V, then the energy of the incident radiation will be

The work function of a material is 5.3 eV and the stopping potential for a radiation incident on this surface is 4.2V. The energy of a quantum of incident radiation is

The work function of a material is 5.3 eV and the stopping potential for a radiation incident on this surface is 4.2V. The energy of a quantum of incident radiation is

How will the stopping potential change,if frequency of radiation incident on a metal, surface is increased ?