In a 
junction photo cell, the value of photo-electromotive force produced by monochromatic light is proportional to
a)
The voltage applied at the 
junction
b)
The barrier voltage at the 
junction
c)
The intensity of the light falling on the cell
d)
The frequency of the light falling on the cell
In a junction photo cell, the value of photo-electromotive force produced by monochromatic light is proportional to
a)
The voltage applied at the junction
b)
The barrier voltage at the junction
c)
The intensity of the light falling on the cell
d)
The frequency of the light falling on the cell
Question ID - 151040 | SaraNextGen Top Answer
In a junction photo cell, the value of photo-electromotive force produced by monochromatic light is proportional to
a)
The voltage applied at the junction
b)
The barrier voltage at the junction
c)
The intensity of the light falling on the cell
d)
The frequency of the light falling on the cell
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In a |
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|
a) |
The voltage applied at the |
|
b) |
The barrier voltage at the |
|
c) |
The intensity of the light falling on the cell |
|
d) |
The frequency of the light falling on the cell |
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(c) When a light (wavelength sufficient to break the covalent bond) falls on the junction, new hole electron pairs are created. No. of produced electron hole pairs depend upon no. of photons. So photo |
or current is proportional to intensity of light