Question

4 According to Compton effect, the scattered radiation have
(A) greater wavelength
(@lshorter wavelength
(C)lanthanides
than the incident radiation
(C)equal wavelength
(O)constam wavelength​

Answer 1

Answer:

Compton effect, increase in wavelength of X-rays and other energetic electromagnetic radiations that have been elastically scattered by electrons; it is a principal way in which radiant energy is absorbed in matte

Explanation:

Answer 2

According to the Compton effect, the scattered radiation has a greater wavelength.

Explanation:

• According to Compton's effect, there is an increase in the wavelength of X rays and electromagnetic radiations.
• It happens elastically scattered by electrons which is a way in which radiant energy is absorbed in the matter.
• The relation between energy and wavelength causes the scattered photons which have longer wavelengths.
• it all depends on the size of the angle through which X rays are scattered.
• Compton effect is caused by the transfer of energy by a photon to an electron.
• The change in wavelength does not depend on the wavelength.