Question

According to the electromagnetic theory of Maxwell ,which one is correct?*


Charged particles when accelerated should emit electromagnetic radiations.

Charged particles when accelerated should absorb electromagnetic radiations.

Charged particles when retarded should emit EMR

None of these​

Answer 1

Charges particles when accelerated should emit electromagnetic radiations.

Explanation:

Correct option is (a) according to Maxwell theory of electromagnetic radiation, charged particles when accelerated should emit electromagnetic radiation. This is due to the force which it experiences in an electric field.

An electric charge can produce both electric as well as magnetic field which changes with time and are almost perpendicular to each other.

These fields will definitely produce some sort of disturbances in the form of electromagnetic waves.

Answer 2

Agreeing to the electromagnetic hypothesis of Maxwell, charged particles when quickened ought to radiate electromagnetic radiations.

Explanation:

• Maxwell illustrates that electric and attractive areas travel through space as waves move at the speed of light.
• He proposed that light is an undulation within the same medium that's the cause of electric and attractive phenomena.
• When an electrically charged molecule moves beneath speeding up, substituting electrical and attractive areas are produced and transmitted.
• These areas are transmitted within the frame of waves.
• These waves are also known as electromagnetic waves. And it can also be called electromagnetic radiation.