1 If the frequency and intensity of light source are both doubled then the saturation...

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1 If the frequency and intensity of light source are both doubled then the saturation photocurrent remains the same 2 A non monochromatic light is used in an experiment on photoelectric effect the stopping potential is related to the longest wavelength 3 When stopping potential is applied to a photoelectric experiment no photocurrent is observed because the emission of photoelectrons is stopped 4 The product of force and time has the same unit as that of Planck s constant

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Lets analyze each statement related to the photoelectric effect 1 If the frequency and intensity of the light source are both doubled then the saturation photocurrent remains the same Analysis The saturation photocurrent depends on the number of photoelectrons emitted which is proportional to the intensity of light If intensity is doubled the saturation    See Answer
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