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cesium plate. FIU UI of the photoelectro...

cesium plate. FIU UI of the photoelectrons. Work function UI W A filter transmits only the radiation of wavelength greater than 440 nm. Radiation from a hydrogen- discharge tube goes through such a filter and is incident on a metal of work function 2:0 eV. Find the stopping potential which can stop the photoelectrons. th reyolves round the sun due to gravitational the sun and the earth are point that Bohr's

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A filter transition only the radiationof wavelength greater than 440 nm. Radiation from a hydrogen discharge tube goes through such a filter and is incident on a metel of work function 2.0eV . Find the stopping potential which can stop the photoelectrons.

A filter transition only the radiationof wavelength greater than 440 nm. Radiation from a hydrogen discharge tube goes through such a filter and is incident on a metel of work function 2.0eV . Find the stopping potential which can stop the photoelectrons.

A filter transition only the radiationof wavelength greater than 440 nm. Radiation from a hydrogen discharge tube goes through such a filter and is incident on a metel of work function 2.0eV . Find the stopping potential which can stop the photoelectrons.

Radiation from a hydrogen discharge tube ( energy of photons le 13.6 eV ) goes through a fliter which transmits only waves of wavelength greater than 4400Å and is incident on a metal of work function 2.0 eV . If stopping potential is nxx10^(-2) volts. Find the value of 'n'

Radiation from a hydrogen discharge tube ( energy of photons le 13.6 eV ) goes through a fliter which transmits only waves of wavelength greater than 4400Å and is incident on a metal of work function 2.0 eV . If stopping potential is nxx10^(-2) volts. Find the value of 'n'