How is light emitted by an atom?
*Explanation for the wave nature of particles (matter wave). *More evidences for the right angle relationship between electric field and magnetic field. Evidences for electron have a standing-electric field and magnetic field. We can influence (attract/repel) electrons by the application of both electric field and magnetic field. Examples for the influence of electric field on electrons (charged particles): – Working of a vacuum tube, static electricity, electricity in a conductor, repulsion between same charged particles, electro-resistance, Stark effect etc. Examples for the influence of magnetic field on electrons: – Electromagnetic induction, attraction and repulsion on an electron beam, magnetoresistance (MR), Zeeman effect etc. But, as electric field can only be influenced by electric field and magnetic field can only be influenced by magnetic field, we can conclude that electron has a standing- electric field and magnetic field. Electric field influenced by an electric field (at
