Wavelengths of different radiations are given below:
(A) 300nm (B) `300 mu m` (C) 3nm (`30A^(@)`
Arrange these radiations in the increasing order of their energies.

Wavelength of different radiations are given below. lambda (A) = 300nmlambda (B) =300 mumlambda (C) =3nmlambda (D)= 30overset(@)A Arrange these radiations in the increasing order of their energies.

Wavelength of different ra diations are given below. lambda (A) = 300nmlambda (B) =300 mumlambda (C) =3nmlambda (D)= 30overset(@)A Arrange these radiations in the increasing order of their energies.

If wavelength of radiation is 4000Å=400nm then the energy of the photon is

The energy of a photon of radiation having wavelength 300 nm is,

What is the correct sequence of following electromagnetic radiation arranged in the increasing radiation in the increasing order of energy ? 1. X - rays 2. Visible light 3. gamma - rays Select the correct answer using the codes given below

What is the correct sequence of following electromagnetic radiation arranged in the increasing radiation in the increasing order of energy ? 1. X - rays 2. Visible light 3. gamma - rays Select the correct answer using the codes given below

Compare the energies of two radiations on with l = 600 nm and other with 30 nm.

If wavelength of incident radiation changes from 500 nm to 200 nm then the maximum kinetic energy increases to 3 times. Find work function ?