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Line 1: − n: this is the shell around the atom where the electron exists. the shells are represented by whole+ − numbers. n can be 1,2,3....+ − l: this is the number of subshells within a shell. l can be 0,1...all the way to (n-1)+ − m<sub>l</sub>: this is the number of orbitals within the subshell. m<sub>l</sub> can be 0,1...all+ − the way to <sup>+</sup>/<sub>-</sub> l − m<sub>s</sub> is the spin of the electron. there are two spins per subshell. they are represented −
Pauli exclusion principle (view source)
Revision as of 10:57, January 5, 2008
, 10:57, January 5, 2008formatting
The Pauli Exclusion Principle states that no two [[electron]]s in the same [[atom]] can have the same set of quantum numbers. This set is made up of
The Pauli Exclusion Principle states that no two [[electron]]s in the same [[atom]] can have the same set of quantum numbers. This set is made up of
:n: this is the shell around the atom where the electron exists. the shells are represented by whole numbers. n can be 1,2,3....
:l: this is the number of subshells within a shell. l can be 0,1...all the way to (n-1)
:m<sub>l</sub>: this is the number of orbitals within the subshell. m<sub>l</sub> can be 0,1...all the way to <sup>+</sup>/<sub>-</sub> l
:m<sub>s</sub> is the spin of the electron. there are two spins per subshell. they are represented by a +1/2 or -1/2
by a +1/2 or -1/2
[[Category:Chemistry]]
[[Category:Chemistry]]