STATEMENT -1 `:` Work function of a metal depends on ionisation energy.
STATEMENT-2` :` One photon can eject one electron
STATEMENT -3 `:` K.E. of ejected depends on intensity of light

How the kinetic energy of ejected electrons depends on the intensity of light ?

STATEMENT-1: Catalyst change the activation energy. STATEMENT-2: Catalyst can change equlibrium. STATEMENT-3: K_(rho) is temperature dependent.

STATEMENT-1: Catalyst change the activation energy. STATEMENT-2: Catalyst can change equlibrium. STATEMENT-3: K_(rho) is temperature dependent.

STATEMENT-1:Intensity of X-rays is dependent upon filament current. STATEMENT-2:Penetrating power depends upon accelerating voltage. STATEMENT-3:The value of energy of X-ray photon is generally in keV

STATEMENT-1:Intensity of X-rays is dependent upon filament current. STATEMENT-2:Penetrating power depends upon accelerating voltage. STATEMENT-3:The value of X-ray photon is generally in keV

STATEMENT-1:Continuous X-rays depends only on the accelerating voltage V. STATEMENT-2:Characteristic X-ray depends on filament and cathode. STATEMENT-3:In coolidge tube kinetic energy of a moving electron is converted into a X-ray photon.

STATEMENT-1:Continuous X-rays depends only on the accelerating voltage V. STATEMENT-2:Characteristic X-ray depends on filament and cathode. STATEMENT-3:In coolidge tube kinetic energy of a moving electron is converted into a X-ray photon.

Statement-1 : Work function of a metal is 8 eV. Two photons each having energy 5 eV can't eject the electron from the metal. and Statement-2 : More than one photon can't collide simultaneously with an electron.

Statement-1 : Work function of a metal is 8 eV. Two photons each having energy 5 eV can't eject the electron from the metal. and Statement-2 : More than one photon can't collide simultaneously with an electron.

Statement-1 : Work function of a metal is 8 eV. Two photons each having energy 5 eV can't eject the electron from the metal. and Statement-2 : More than one photon can't collide simultaneously with an electron.