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Light of wavelength 5000 overset @A fall...

Light of wavelength `5000 overset @A` falls on a photosensitive plate with work function 1.9 eV. FInd maximum kinetic energy of photoelectron and stopping potential.

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Light of wavelength 5000 overset @A falls on a photosensitive plate with work function 1.9 eV. Find energy of photon in eV(electron Volt)

light of wavelength 2200 overset@A (angstorm) falls on photosensitive plate with work function 4.1 eV. Find energy of photon in eV (electron Volt) Find maximum kinetic energy of photoelectron and stopping potetial.

PUNJAB BOARD PREVIOUS YEAR PAPERS-Particle Nature of Radiation-Exercise
  1. light of wavelength 2200 overset@A (angstorm) falls on photosensitive ...

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  2. Light of wavelength 5000 overset @A falls on a photosensitive plate wi...

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  3. Light of wavelength 5000 overset @A falls on a photosensitive plate wi...

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  4. A 100 W (Watt) sodium Lamp radiated energy uniformly in all directions...

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  5. A 100 W (Watt) sodium Lamp radiated energy uniformly in all directions...

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  6. Light of frequency 7.21 x 10^(14)Hz (Hertz) is incident on a metal sur...

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  7. Define threshold wave length.

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  8. Can X -rays show photo electric effect with visible light, if yes why?

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  9. Which photon is more energetic: A red one or violet one?

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  10. Define work function.

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  11. Define stopping potential.

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  12. Why the alkali metals are most suitable for studying the photoelectric...

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  13. Define thresold frequency for photoelectric emiision.

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  14. Define stopping potential.

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  15. Write Einsteins's photoelectric equation.

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  16. Write down the relation between energy and momentum of photon.

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  17. Define the photoelectric work function of a metal..

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  18. Which photon is more energetic, green or blue?

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  19. Define stopping potential.

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  20. Define thresold frequency for photoelectric emiision.

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