To answer this question, first we need to know what photons arToe to electrons when they occure at the same speed since one have mass and the other do not have. NOTE:PHOTONS ARE MASSLESS BUT ELECTRON HAS A MASS OF ABOUT 9.11X10 SQUARE 2.TO UNDERSTAND THIS FURTHER,PHOTONS HAS NO MASS, WHERE WOULD IT GAIN THE ENERGY FROM? SINCE ACCORDING TO EINSTEINS RELATIVITY, E=MC SQUARE. THAT IS MASS PRODUCES ENERGY.NOW, IF THE PHOTONS MOVES UP TO HIGHER STAGE, AND THEN FALLS BACK WHAT WILL HAPPEN? BECAUSE ACCORDING TO PLANCK IT WILL RELEASE ENERGY.SO SINCE PHOTON HAS NO MASS, IT IS NOT QUALIFIED TO PARTICIPATE ON QAUNTUM STATE OR IF ITS QUALIFIED,THEN WE KNOW THAT IT POSSESES SOME LITTLE IF NOT NEGLIGABLE MASS. MY MAIL:ceephily@Yahoo.com
The energy difference, between two energy levels, is emitted as a photon, when the electron "falls down" to a lower energy level.
It must omit a photon of light to lower the excited electron to a lower state. It may require multiple emissions to lower one electron multiple steps or multiple emissions to lower multiple excited electrons. (Incidentally this is why we see a blue sky - excited O2 molecules are emitting blue photons to get back to a ground state)
six photons
Electron transitions release photons.
The electron starts to move faster.Not a bad try... but to rephrase it- the electron, when excited, jumps to a lower energy orbital and gives off a photon of a certain frequency. this helps it lose the 'excess' energy and re- stabilize.
by emiting photons
Typically, an electron goes into an excited state when a photon (a particle of light) with just the right wavelength strikes it. For most molecules, these photons are in the Ultraviolet / Visible light spectrum.
Energy is emitted when an electron moves from a higher energy level to a lower energy level.
The energy difference, between two energy levels, is emitted as a photon, when the electron "falls down" to a lower energy level.
It must omit a photon of light to lower the excited electron to a lower state. It may require multiple emissions to lower one electron multiple steps or multiple emissions to lower multiple excited electrons. (Incidentally this is why we see a blue sky - excited O2 molecules are emitting blue photons to get back to a ground state)
As excited electrons drop back to lower energy levels in the atom, photons having the energy of the difference between the two electron energy levels are emitted from the atom.
An electron in the ground state does absorb energy in form of photons or other electromagnetic radiations.
Photons are either created or absorbed when a electron makes a quantum leap inside an atom
It determines the different energy levels. When excited electrons drop back to normal level, energy is released as light photons. Different colors for different frenquencies.
Photons
Photons. (In the form of electromagnetic radiation)
No. A photon has no rest mass an electron has mass.