If p is the momentum of the fastest electron ejected from a metal surface after the irradiation of light having wavelength 
, then for 1.5 p momentum of the photoelectron, the wavelength of the light should be :
(Assume kinetic energy of ejected photoelectron to be very high in comparison to work function):
(a)
(b)
(c)
(d)
If p is the momentum of the fastest electron ejected from a metal surface after the irradiation of light having wavelength , then for 1.5 p momentum of the photoelectron, the wavelength of the light should be :
(Assume kinetic energy of ejected photoelectron to be very high in comparison to work function):
(a)
(b)
(c)
(d)
Question ID - 52544 | SaraNextGen Top Answer
If p is the momentum of the fastest electron ejected from a metal surface after the irradiation of light having wavelength , then for 1.5 p momentum of the photoelectron, the wavelength of the light should be :
(Assume kinetic energy of ejected photoelectron to be very high in comparison to work function):
(a)
(b)
(c)
(d)
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If p is the momentum of the fastest electron ejected from a metal surface after the irradiation of light having wavelength (Assume kinetic energy of ejected photoelectron to be very high in comparison to work function): |
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(a) |
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(b) |
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(c) |
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(d) |
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In photoelectric effect,
= w+KE of electron
It is given that KE of ejected electron is very high in comparison to w.
=KE ⇒ 
= 
New wavelength
= 
⇒ 
=
