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What is the relation between intensity and energy in case of photoelectric effect? If intensity is energy per unit area per unit time then how kinetic energy of photoelectron is constant with increasing intensity of light and it increases when frequency of light is increased, as we know energy of light is directly proportional to frequency of light and intensity of light directly proportional to energy of light . If this was he case the trend in kinetic energy of photoelectron should have been same in both cases

Answer» What is the relation between intensity and energy in case of photoelectric effect? If intensity is energy per unit area per unit time then how kinetic energy of photoelectron is constant with increasing intensity of light and it increases when frequency of light is increased, as we know energy of light is directly proportional to frequency of light and intensity of light directly proportional to energy of light . If this was he case the trend in kinetic energy of photoelectron should have been same in both cases


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