How is a wave function related to an orbital? How is a wave function related to

Question

How is a wave function related to an orbital? How is a wave function related to an orbital? H? represents orbital (?2) represents orbital E? represents orbital it's not related to an orbital shrodinger eqn How is a wave function related to an orbital? How is a wave function related to an orbital? H? represents orbital (?2) represents orbital E? represents orbital it's not related to an orbital shrodinger eqn How is a wave function related to an orbital? H? represents orbital (?2) represents orbital E? represents orbital it's not related to an orbital shrodinger eqn How is a wave function related to an orbital? H? represents orbital (?2) represents orbital E? represents orbital it's not related to an orbital shrodinger eqn How is a wave function related to an orbital? H? represents orbital (?2) represents orbital E? represents orbital it's not related to an orbital shrodinger eqn H? represents orbital (?2) represents orbital E? represents orbital it's not related to an orbital

Explanation / Answer

Every orbital is a wave function, but not every wave function is an orbital. To be an orbital, it has to be a wave function describing an electron in the vicinity of a nucleus (atomic orbital) or several nuclei (molecular orbital). There are wave functions that describe other particles and bodies, in other situations.
(?2) represents orbital

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