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nothing123
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Quick question: when an electron absorbs a photon with MORE THAN enough energy to jump one energy level but not two, what happens to the extra energy the electron doesn't absorb?
Thanks.
Thanks.
Extra energy from photon absorption is a phenomenon that occurs when a photon, which is a particle of light, is absorbed by an atom or molecule. The energy from the photon is transferred to the atom or molecule, resulting in an increase in its energy level.
When a photon is absorbed by an atom or molecule, it interacts with the electrons within the atom or molecule. This interaction causes the electrons to transition to a higher energy level, resulting in the absorption of the photon's energy.
Extra energy from photon absorption plays a crucial role in many natural processes, such as photosynthesis and vision. It also has important applications in technology, including solar panels and optical sensors.
The amount of extra energy from photon absorption can be affected by the energy of the photon, the properties of the absorbing material, and the angle at which the photon interacts with the material. Additionally, the presence of other molecules or atoms in the surrounding environment can also influence the amount of energy transferred.
Yes, extra energy from photon absorption can be controlled and manipulated through various means. For example, scientists can adjust the energy of the photon or the properties of the absorbing material to influence the amount of energy transferred. This can be useful in designing more efficient solar cells or developing new technologies for light-based communication.