Threshold frequency of a metal is `5xx10^(13)s^(-1)` upon which `1xx10^(14)s^(-1)` frequency light is focused. Then the maximum kinetic energy of emitted electron is-

Threshold frequency of a metal is 5 xx 10^(13)s^(-1) upon which 1xx10^(14)s^(-1) frequency light is focussed. Then the maximum kinetic energy of emitted electron is

The threshold frequency of a metal is 1.11 xx 10^(16) Hz . What is the maximum kinetic energy of the photo electron produced by applying a light of 15Å on the metal?

The threshold frequency (v_(0)) for a metal is 5 xx 10^(14)S^(-1) . Calculate the kinetic energy of emitted electron when a radiation with frequency of 2 xx 10^(15) sec^(-1) hits the metal surface.

The threshold frequency (v_(0)) for a metal is 5 xx 10^(14)S^(-1) . Calculate the kinetic energy of emitted electron when a radiation with frequency of 2 xx 10^(15) sec^(-1) hits the metal surface.

The threshold frequency of a metal is 1.11 xx 10^(16) Hz . What is the maximum kinetic energy of the photo electron produced by applying a light of 15 Å on the metal ?

The threshold frequency of a metal is 1.11 xx 10^(16) Hz . What is the maximum kinetic energy of the photo electron produced by applying a light of 15 Å on the metal ?

The threshold frequency v_(0) for a metal is 8 xx 10^(14) s^(-1) . What is the kinetic energy of an electron emitted having frequency v=1.0 xx 10^(15) s^(-1)