When a surface is irradiated with light of wavelength `4950 Å`, a photocurrent appears which vanishes if a retarding potential greater than 0.6 volt is applied across the phototube. When a second source of light is used, it is found that the critical potential is changed to 1.1 volt.
The wavelength of the second source is

When a surface is irradiated with light of wavelength 4950 Å , a photocurrent appears which vanishes if a retarding potential greater than 0.6 volt is applied across the phototube. When a second source of light is used, it is found that the critical potential is changed to 1.1 volt. The work- function of the emitting surface is i

When a surface is irradiated with light of wavelength 4950 Å , a photocurrent appears which vanishes if a retarding potential greater than 0.6 volt is applied across the phototube. When a second source of light is used, it is found that the critical potential is changed to 1.1 volt. The work- function of the emitting surface is i

When a surface is irradiated with light of wavelength 4950 Å , a photocurrent appears which vanishes if a retarding potential greater than 0.6 volt is applied across the phototube. When a second source of light is used, it is found that the critical potential is changed to 1.1 volt. if the photoelectrons (after emission form the source) are subjected to a magnetic field of 10 tesla, the two retarding potentials would

When a surface is irradiated with light of wavelength 4950 Å , a photocurrent appears which vanishes if a retarding potential greater than 0.6 V is applied across the phototube. When a second source of light is used, it is found that the critical potential is changed to 1.1 V . If the photoelectrons (after emission form the source) are subjected to a magnetic field of 10 T , the two retarding potentials would

When a surface is irradiated with light of wavelength 4950A , a photocurrent appears which vanishes if a retarding potential greater than 0.6V is applied across the photo tube. When a different source of light is used, it is found that the critical retarding potential is changed to 1.1V . Find the work function of the emitting surface and the wavelength of the second source.

When a surface is irradiated with light of wavelength 4950A , a photocurrent appears which vanishes if a retarding potential greater than 0.6V is applied across the photo tube. When a different source of light is used, it is found that the critical retarding potential is changed to 1.1V . Find the work function of the emitting surface and the wavelength of the second source.

When a surface is irradiated with light of wavelength 4950 overset(@)(A) ,a photocurrent appears which vanishes if a retarding potential greater than 0.6 V is applied across the phototube.When different source of light is used,it is found that the critical retarding potential is changed to 1.1 V.Find the work function of the emitting surface and the wavelength of the second source

When a surface is irradiated with light of wavelength 4950Å , a photocurrent appears which vanishes if a retarding potential appears which vanishes if a retarding potential greater than 1.2 volt is applied across the phototube. When a different source of light is used, it is found that the critical retarding potential is changed to 2.1 volt. Find the work function of the emitting surface and the wavelength of second source. If the photoelectrons (after emission from the surface) are subjected to a magnetic field of 10 tesla, what changes will be observed in the above two retarding potentials. Use h=6.6xx10^(-34)Js , e=1.6xx10^(-19)C .