The hydrogen atom can use the Rydberg equation to determine the energy of light emitted or absorbed. When electrons are raised from a lower energy level to a higher energy level, light is absorbed. When electrons relax from a higher energy level back down to a lower energy level, light is released.
Which hydrogen atom electron transfer will cause light to be emitted?
- At this moment, the hydrogen atom is excited. The electron soon transitions to a lower orbit because these higher orbits are less stable than the lower ones. Light is produced as a result of this energy release.
- Absorption. Molecules' electron shells have the potential to interact with photons of light and absorb them. This method involves the Although the photon is destroyed, the molecule that it was absorbed by receives its energy.
- Electrons are moved from their ground state to higher energy levels using this energy.
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