then stopping potential is found to be 8 V. The work function of the emitter and the threshold wavelength are
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If a photocell is illuminated with a radiation of 1240 A0, then stopping potential is found to be 8 V. The work function of the emitter and the threshold wavelength are
04
Jun
If a photocell is illuminated with a radiation of 1240 A0, then stopping potential is found to be 8 V. The work function of the emitter and the threshold wavelength are If a photocell is illuminated with a radiation of 1240 A0 then stopping potential is found to be 8 V. The work function of [...]
If a photocell is illuminated with a radiation of 1240 A, then stopping potential is found to be 8 V. The work function of the emitter and the threshold wavelength are
14
Oct
If a photocell is illuminated with a radiation of 1240 A, then stopping potential is found to be 8 V. The work function of the emitter and the threshold wavelength are If a photocell is illuminated with a radiation of 1240 A then stopping potential is found to be 8 V. The work function of [...]