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The correct curve between the stopping p...

The correct curve between the stopping potential `(V)` and intensity of incident light `(I)` is

A

B

C

D

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The correct Answer is:
B
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From the graph shown, the value of work function if the stopping potential (V) , and frequency of the incident light v are on y and x -axes respectively is

NARAYNA-DUAL NATURE-C.U.Q
  1. The process of photo electric emission depends on

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  2. The threshold wavelength of lithium is 8000 A^(0) When light of a wave...

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  3. The correct curve between the stopping potential (V) and intensity of ...

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  4. The photo electrons emitted from the surface of sodium metal are

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  5. The necessary condition for photo electric emission is

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  6. At stopping potential, the photo electric current becomes

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  7. The stopping potential (V(0))

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  8. Work function is the energy required

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  9. Threshold wavelenght depends on

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  10. If the work function of a mental is then its threshold wavelenght will...

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  11. The work function of a mental is X eV when light of energy 2X eV is ma...

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  12. If the distance of 100 Watt lamp is increased from a photocell, the sa...

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  13. a source of light in placed at a distance 4m from a photocell and the...

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  14. A milliammeter in the circuit of a photocell measures

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  15. The Einstein photoelectric equation is based upon the conservation of

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  16. The stopping potential of the photocell is independent of

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  17. The maximum energy of emitted photo electrons is measured by

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  18. Three metals have work function in the ratio 2:3:4 Graphs are drawn fo...

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  19. The curve between current (i) and potential difference (V) for a phot...

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  20. The Einstein photoelectric equation is based upon the conservation of

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