what happens to electrons when an atom absorbs light?\nelectrons remain in their original energy level but…

what happens to electrons when an atom absorbs light?\nelectrons remain in their original energy level but move more quickly.\nall of the electrons move to the outermost energy level of the atom.\nelectrons jump up in energy levels from one close to the nucleus to one farther away from the nucleus.\nelectrons drop from a higher energy level to an energy level closer to the nucleus.

what happens to electrons when an atom absorbs light?\nelectrons remain in their original energy level but move more quickly.\nall of the electrons move to the outermost energy level of the atom.\nelectrons jump up in energy levels from one close to the nucleus to one farther away from the nucleus.\nelectrons drop from a higher energy level to an energy level closer to the nucleus.

Answer

Answer:

Electrons jump up in energy levels from one close to the nucleus to one farther away from the nucleus.

Brief Explanation:

When an atom absorbs light, the energy from the light is used to move electrons to higher - energy orbitals, which are farther from the nucleus. This is based on the principle of quantization of energy levels in atoms.