explain how visible light is created through the movement of electrons.\na electrons get \excited\ through…

explain how visible light is created through the movement of electrons.\na electrons get \excited\ through by absorbing energy and get bumped up into a higher shell. as the electron moves to a higher electron shell, it reflects a wavelength that is perceived as visible light. after giving off this light, the electron drops back to its original electron shell.\nb electrons absorb energy and get bumped up into a higher shell. the atom will be \excited\ and \want\ the electron to drop back down to the lower shell. as the electron drops back, it can release an amount of energy with a visible wavelength.\nc through energy release, an atoms electrons move between electron shells and absorbs photons of energy that have a wavelength that is known as visible light.\nd visible light is perceived as electrons absorb photons of energy and drop down electron shells. this energy absorption has a visible wavelength that is perceived by the viewer as a particular color.

explain how visible light is created through the movement of electrons.\na electrons get \excited\ through by absorbing energy and get bumped up into a higher shell. as the electron moves to a higher electron shell, it reflects a wavelength that is perceived as visible light. after giving off this light, the electron drops back to its original electron shell.\nb electrons absorb energy and get bumped up into a higher shell. the atom will be \excited\ and \want\ the electron to drop back down to the lower shell. as the electron drops back, it can release an amount of energy with a visible wavelength.\nc through energy release, an atoms electrons move between electron shells and absorbs photons of energy that have a wavelength that is known as visible light.\nd visible light is perceived as electrons absorb photons of energy and drop down electron shells. this energy absorption has a visible wavelength that is perceived by the viewer as a particular color.

Answer

Brief Explanations:

Electrons absorb energy and move to a higher - energy shell, making the atom excited. When the electron drops back to the lower shell, it releases energy in the form of a photon with a visible - light wavelength. Option A is incorrect as electrons don't reflect visible light when moving to a higher shell. Option C is wrong because electrons release, not absorb, photons to create visible light. Option D is incorrect as electrons absorb energy to move up shells, not drop down when absorbing energy to create visible light.

Answer:

B. Electrons absorb energy and get bumped up into a higher shell. The atom will be "excited" and "want" the electron to drop back down to the lower shell. As the electron drops back, it can release an amount of energy with a visible wavelength.