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Byju's Answer
Standard XII
Physics
Moseley's Law
36. If work f...
Question
36. If work function of two different metals is 2 eV and 4 eV respectively and wavelength of incident light is 2000 Aemstron then find the ratio of their stopping potential ?
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Q.
Light of wavelength
3300
∘
A
is incident on two metals A and B, whose work functions are 4 eV and 2 eV, respectively. Then:
Q.
Light of wavelength
3500
A
0
is incident on two metals
1
and
2
whose work function are
4.5
e
V
and
2.5
e
V
respectively then:
Q.
Monochromatic light of wavelength
198
mm is incident on the surface of a metal, whose work function is
2.5
eV. Calculate the stopping potential.
Q.
Light of wavelength
2000
˙
A
falls on a metallic surface whose work function is
4.2
eV
. Calculate the stopping potential.
(
h
c
=
12400
eV
˙
A
)
Q.
If the work function of a metal is
5
e
V
and photons of energy
20
e
V
are incident on the surface, then the stopping potential of the surface is
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