1.

UV light of wavelength 271 amstrong from a 100 W mercury source eradiates a photocell made of molybdenum metal . If stopping potential is -1.3V estimate work function of the metal. How would the photocell respond to a high intensity (10 power 5 watt per meter square ) red light of wavelength 6328 amstrong produced by helium neon laser ?

Answer»

UV light of wavelength 271 amstrong from a 100 W mercury source eradiates a photocell made of molybdenum metal . If stopping potential is -1.3V estimate work function of the metal. How would the photocell respond to a high intensity (10 power 5 watt per meter square ) red light of wavelength 6328 amstrong produced by helium neon laser ?



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