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Write the three characteristic features in photoelectric effect which cannot be explained on the basis of wave theory of light, but can be explained by using Einstein's equation.

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No, wave theory cannot explain photoelectric effect.
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Write the three characterstic features in photoelectric effect which cannot be explained on the basis of wave theory of light, but can be explained by using Einstein's equation.

The photoelectric effect can be explained on the basis of

Why photoelectric effect cannot be explained on the basis of wave nature of light? Give reasons.

Wave theory of light only can explain

the photoelectric effect can not be explained by the wave theory of light because:

The wave theory of light does not explain

The wave theory of light does not explain

MBD -HARYANA BOARD-DUAL NATURE OF MATTER AND RADIATIONS-OBJECTIVE TYPE QUESTIONS
  1. Write the three characteristic features in photoelectric effect which...

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  2. The wavelength of a wave with frequency 10^14 Hz will be :

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  3. If threshold wavelength for sodium is 6800Å then the work function wil...

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  4. For which of the following stopping potential required is maximum ?

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  5. The de-Broglie waves associated with an electron accelerated through a...

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  6. The wavelength of an electron of energy 10 keV will be :

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  7. If a proton and electron have the same de Broglie wavelength, then

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  8. The de-Broglie waves associated with an electron moving under a potent...

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  9. The rest mass of the photon is

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  10. When a proton is accelerated with 1 volt potential difference, then it...

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  11. Which of the following has the largest de Broglie wavelength (all have...

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  12. Plancks' constant has the dimensions of

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  13. Light of wavelength 4000 Å falls on a photosensitive plate with photoe...

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  14. The energy of a photon of wavelength lamda is given by

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  15. Stopping potential for which will be minimum ?

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  16. de-Broglie wavelength associated with an electron at V potential diffe...

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  17. Which of the following has minimum stopping potential?

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  18. The de-Broglie wavelength associated with a particle of momentum p is ...

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