The momentum of a proton is `p`. the corresponding wavelength is

The momentum of a photon is p. the corresponding wavelength is

The distance of closet approch of an alpha - particle fired towards a nucleus with momentum p , is r. If the momentum of the alpha - particle is 2p , the corresponding distance of closest apporach is

If E and p are the respective energy and momentum of a photon, then on reducing the wavelength of the photon,

If E and P are the energy and the momentum of a photon respectively,then on reducing the wavelength of photon

If E and P are the energy and the momentum of a photon respectively,then on reducing the wavelength of photon

P and E denote the linear momentum and energy of a photon . If the wavelength is decreased.

The momentum of moving particle is p . The wavelength lambda of the associated matter wave will be

Let p and E denote the linear momentum and energy of a photon. If the wavelength is decreased,