If v,p and E denote velocity, lenear momentum and KE of the paritcle respectively, then

Let P and E denote the linear momentum and energy of emitted photon respectively. If the wavelength of incident radiation is increased, then

If P.v and E denotes the momentum velocity and K.E. of a particle then

Let 'P' and 'E' denote the linear momentum and energy of emitted photon, respectively. If wavelength of incident radiation is increased………

If P, v and E denotes the momentum, velocity and K.E. of a particle then ......

In the expression P =E I^2 m^(-5) G^9(-2), E, m, I and G denote energy, mass, angular momentum and gravitational constant, respectively. Show that P is a dimensionless quantity.

In the expression P =E L^2 m^(-5) G^(-2), E, m, L and G denote energy, mass, angular momentum and gravitational constant, respectively. Show that P is a dimensionless quantity.

In the expression P = E l^2 m^-5 G^-2 , E,m,l and G denote energy, mass, angular momentum and gravitational constant, respectively. Show that P is a dimensionless quantity.

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

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