Energy Levels
Surrounding a cell core of an atom are energy levels the the electrons occupy. One electron need to reside in one of these levels, not between them. They start filling the lowest energy levels first, those closest come the nucleus, and continue far from the cell core filling greater energy levels. We often present these energy levels as concentric circles approximately the nucleus of one atom. This is no a representation of the physical place of the electrons in the atom. It to represent the average power of the electron in a given level.When all of the electrons are in the shortest state feasible we say the the atom is in its ground state. As soon as they space not in the lowest feasible energy level, we say the atom is in one excited state.You are watching: What is the difference between an atom in the ground state

Absorption and Emission
An atom alters from a soil state come an excited state by taking on power from its next site in a process called absorption. The electron absorbs the energy and jumps to a greater energy level. In the turning back process, emission, the electron returns to the soil state by releasing the extra energy it absorbed.

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Note two glowing lines show up at precisely the exact same wavelength together the light that was absorbed.The many studied atom is the hydrogen atom.