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An orbital is a one-electron wavefunction, usually derived by solving the Schrodinger equation. This tag applies to questions about all forms of orbitals; additionally, questions about the construction and properties of molecular orbitals should be tagged with molecular[molecular-orbital-theorytheory].

An orbital is a one-electron wavefunction, usually derived by solving the Schrodinger equation. This tag applies to questions about all forms of orbitals; additionally, questions about the construction and properties of molecular orbitals should be tagged with molecular-orbital-theory.

An orbital is a one-electron wavefunction, usually derived by solving the Schrodinger equation. This tag applies to questions about all forms of orbitals; additionally, questions about the construction and properties of molecular orbitals should be tagged with [molecular-orbital-theory].

An orbital is a theoretical stable standing waveform shape in which one or two electrons can be found orbiting-electron wavefunction, usually derived by solving the nucleusSchrodinger equation. This tag applies to questions about all forms of an atomorbitals; additionally, questions about the construction and properties of molecular orbitals should be tagged with molecular-orbital-theory.

An orbital is a theoretical stable standing waveform shape in which one or two electrons can be found orbiting the nucleus of an atom.

An orbital is a one-electron wavefunction, usually derived by solving the Schrodinger equation. This tag applies to questions about all forms of orbitals; additionally, questions about the construction and properties of molecular orbitals should be tagged with molecular-orbital-theory.

An orbital is a theoretical stable standing waveform shape in which one or two electrons can be found orbiting the nucleus of an atom.

An orbital is a theoretical stable standing waveform shape in which one or two electrons can be found orbiting the nucleus of an atom.

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