electron orbit
- Noun:
- The path of an electron around the nucleus of an atom: In physics and chemistry, an "electron orbit" refers to the specific, quantized trajectory or energy level that an electron follows as it moves around the atomic nucleus. This concept is central to atomic theory.
- Noun:
- Scientists study the electron orbit to understand chemical bonding.
- The electron occupies a stable orbit around the nucleus.
- According to the Bohr model, each electron orbit has a fixed energy level.
"To describe an electron orbit": To explain the specific path or energy state of an electron.
- The textbook uses diagrams to describe the electron orbit in a hydrogen atom.
"To calculate an electron orbit": To determine the parameters of an electron's path using mathematical models.
- Advanced software can calculate the probable electron orbit in complex atoms.
Orbital (noun): In modern quantum mechanics, this term is more precise than "orbit," referring to a region of space where there is a high probability of finding an electron.
- An s-orbital has a spherical shape.
Energy level (noun): A closely related concept describing the quantized energy state of an electron, often corresponding to a specific orbit or shell.
- Electrons can jump to a higher energy level by absorbing a photon.
- Electron shell: A grouping of electron orbits with similar energy levels.
- Atomic orbital: The quantum mechanical model's description of an electron's probable location.
"To occupy an orbit": For an electron to exist in a specific path or energy level.
- Two electrons can occupy the same orbit only if they have opposite spins.
"To transition between orbits": For an electron to move from one energy level to another.
- Light is emitted when an electron transitions to a lower orbit.
(This scientific term does not commonly appear in idiomatic expressions. Its usage is primarily technical.)
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the path of an electron around the nucleus of an atom
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