The relationship between the energy E1 o...

The relationship between the energy `E_1` of the radiation with a wavelength `8000 overset(@) A ` and the energy `E_2` of the radiation with a wavelength ` 16000 overset(@) A ` is :

A

` E_1 = 6E_2`

B

` E_1= 2E_2`

C

` E_1=4E_2`

D

` E_1=1//2E_2`

Verified by Experts

The correct Answer is:

B

` E = (hc)/(lambda) , ` h and c for both cases are same so,
` (E_1)/(E_2) = (lambda_2)/(lambda_1) =(16000)/(8000)`
`E_1= 2E_2`

Similar Questions

Explore conceptually related problems

The relationship between energy 'E', of the radiation with at wavelength 800 A and the energy of radiaiton with a wavelength of '1600 A^\circ' is

Calculate frequency of yellow radiation having wavelength 5800 overset@A

Calculate the mass of a photon with wavelength 3.6 overset@A

Calculate the energy of a radiation having a wavelength of '4000 A (h=6.6 xx 10^(-34)) J s)'

Calculate the energy of an electron moving with a wavelength of 525 nm.

Write the relationship between kinetic energy and linear momentum.

Which radiations has largest energy?

Ratio of energy of photon of wavelength 3000 A^(@) and 6000 A^(@) is