Question

What does accelerated charge produces?

Answer 1

A charged particle delivers an electric field. This electric field applies a power on other charged particles. Positive charges quicken toward the field and negative charges quicken toward a path inverse to the heading of the field.

Accelerating charges deliver changing electric and attractive fields. Changing electric fields create attractive fields and changing attractive fields deliver electric fields. This exchange between actuated electric and attractive fields prompts proliferating electromagnetic waves. Electromagnetic waves can proliferate through free space.  

An accelerating charged particle creates an electromagnetic wave. Electromagnetic waves are electric and attractive fields going through void space with the speed of light c. A charged molecule wavering around a balance position is a quickening charged molecule. On the off chance that its recurrence of wavering is f, it creates an electromagnetic wave with recurrence f. The wavelength λ of this wave is given by

λ = c/f.

Electromagnetic waves transport vitality through space. This vitality can be conveyed to charged particles a vast separation far from the source.

Answer 2

A moving electron delivers an attractive field, yet this attractive field is steady in light of the fact that the electron's movement has a consistent speed. All together for an electron to emanate Electromagnetic radiation, it needs to quicken . The two sorts of progress will create a quickening, and thus deliver electromagnetic radiation .