An electron collides with a fixed hydrogen atom in its ground state. Hydrogen atom gets excited and the colliding electron loses all its kinetic energy. Consequently the hydrogen atom may emit a photon corresponding to the largest wavelength of the Balmer series. The K.E. of colliding electron will be

An electron collides with a dfixed hydrogen atom in its ground stat. Hydrogen atom gets excited and the collding electron loses all its kinetic energy. Consequently the hydrgogen atom may emits a photon corresponding to the alrgest wavelength of the Balmer series. The K.E. of colliding electron will be 24.2/N eV. Find the value of N.

An electron collides with a dfixed hydrogen atom in its ground stat. Hydrogen atom gets excited and the collding electron loses all its kinetic energy. Consequently the hydrgogen atom may emits a photon corresponding to the alrgest wavelength of the Balmer series. The K.E. of colliding electron will be 24.2/N eV. Find the value of N.

An electron with kinetic energy =E eV collides with a hydrogen atom in the ground state. The collision will be elastic

An electron with kinetic energy E collides with a hydrogen atom in the ground state. The collision will be elastic

An electron collides with a hydrogen atom in its ground state and excites it to n = 3 ,. The energy gives to hydrogen aton n this inclastic collision is [Neglect the recoiling of hydrogen atom]

An electron collides with a hydrogen atom in its ground state and excites it to n = 3 ,. The energy gives to hydrogen aton n this inclastic collision is [Neglect the recoiling of hydrogen atom]

An electron collides with a hydrogen atom in its ground state and excites it to n = 3 ,. The energy gives to hydrogen aton n this inclastic collision is [Neglect the recoiling of hydrogen atom]