A certain when irradiated to light `(v = 3.2 xx 10^(16) Hz)` emit photoelectrons with twice kinetic energy as did photoelectrons when the same metal is irradiation by light `( n = 2.0 xx 10^(16)Hz)` The `v_(0)` Threshold frequency ) of the metal is

A certain metal when irradiated to light (v = 3.2 xx 10^(16) Hz) emits photoelectrons with twice kinetic energy as did photoelectrons when the same metal is irradiation by light ( v = 2.0 xx 10^(16)Hz) . The v_(0) Threshold frequency ) of the metal is

When a certain metal was irradiated with light of frequency 3.2 xx 10^(16) Hz, the photoelectrons emitted had twice the kinetic energy as did photoelectrons when the same metal was irradiated with light of frequency 2.0 xx 10^(16) Hz . The threshold frequency for the metal is

A certain metal when irradiated by light (v=3.2xx10^(16)Hz) emits photoelectrons with twice KE as did photoelectrons when the same metal is irradiated by light (v=2xx10^(16)Hz) . The v_(0) of the metal is

When certain metal was irradiated with light of frequency 1.6xx10^16 Hz the photoelectrons emitted had twice the kinetic energy as did photoelectrons emitted when the same metal was irradiated with light of frquency 1xx10^16 Hz Calculate threshold frequency of the metal

When a certain metal was irradiated with a light of 8.1 xx 10^(16) Hz frequency the photoelectron emitted had 1.5 times the kinetic energy as did the photoelectrons emitted when the same metal was irradiated with light 5.8 xx 10^(16) Hz frequency if the same metal is irradiated with light of 3.846 nm wave length what will be the energy of the photoelectron emitted ?

When a certain metal was irradiated with a light of 8.1 xx 10^(16)Hz frequency, the photoelectron emitted had 1.5 times the kinetic energy as the photoelectrons emitted when the same metal was irradiated with light 5.8 xx 10^(16)Hz frequency. If the same metal is irradiated with light of 3.846nm wave length, what will be the energy of the photoelectron emitted?