A silver sphere of radius 
and work function 
is suspended from an insulating thread in free-space. It is under continuous illumination of 
wavelength light. As photoelectrons are emitted, the sphere gets charged and acquires a potential. The maximum number of photoelectrons emitted from the sphere is 
(where 
). The value of 
is
A silver sphere of radius and work function is suspended from an insulating thread in free-space. It is under continuous illumination of wavelength light. As photoelectrons are emitted, the sphere gets charged and acquires a potential. The maximum number of photoelectrons emitted from the sphere is (where ). The value of is
Question ID - 154141 | SaraNextGen Top Answer
A silver sphere of radius and work function is suspended from an insulating thread in free-space. It is under continuous illumination of wavelength light. As photoelectrons are emitted, the sphere gets charged and acquires a potential. The maximum number of photoelectrons emitted from the sphere is (where ). The value of is
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A silver sphere of radius |
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