[" The work furction of a surface of a photcsensitive material is "6.2" ov,The wavelengh of incident radiaton for "],[" which the stopping potental is "5vv" les in thet "]

The work function of a surface of a photosensitive material is 6.2 eV . The wavelength of the incident radiation for which the stopping potential is 5 V lies in the

The work function of a surface of a photosensitive material is 6.2 eV . The wavelength of the incident radiation for which the stopping potential is 5 V lies in the

The work function of a surface of a photosensitive material 6.2eV . The wavelength of the incident radiation for which the stopping potentials is 5V lies in the:

The work function for the surface of aluminium is 4.2 eV. What will be the wavelength of that incident light for which the stopping potential will be zero

The work function for the surface of aluminium is 4.2 eV. What will be the wavelenght of that incident light for which the stopping potential will be zero. (h=6.6xx10^(-34)J-se=1.6xx10^(-19)C)

The work function of Cs is 2.14 ev find the wavelength of the incident light if the stopping potential is 0.6 V.

The work function of a material is 4.5eV. What is the maximum wavelength of incident light for which electrons will be emitted?

The work function for the surface of aluminium is 4.2 eV. How much potential difference will be required to stop the emission of maximum energy electrons emitted by light of 2000 overset(@)(A) wavelength?What will be the wavelength of that incident light for which stopping potential wil be zero?