Among the oxidation states followin

Among the oxidation states following even-odd rule, the oxidation states which are significantly more stable than other must satisfy two requirements:
Electron configuration correspond to that oxidation state is electron configuration’s noble gas.
The element in compound correspond to the oxidation state must use whole electron distributed on p-outermost subshell.
Example:
The more stable oxidation states of Cl are -1(Ar); +7 (Ne) (noble gas); and +5 because of using whole electron of 3p sub shell
The more stable oxidation states of S are -2 (electron configuration of Ar), +6 (electron configuration Ne) and +4 because of using whole electron of 3p sub shell.

Kết quả (Anh) 1:

Among the oxidation states following even-odd rule, the oxidation states which are significantly more stable than other must satisfy two requirements:Electron configuration correspond to that oxidation state is the electron configuration's noble gas.The element in compound correspond to the oxidation state must use whole electrons distributed on p-outermost subshell. Example:The more stable oxidation states of Cl are-1 (Ar); + 7 (Ne) (noble gas); and + 5 because of using whole electrons of 3 p sub shellThe more stable oxidation states of S are-2 (electron configuration of Ar), + 6 (electron configuration Ne) and + 4 because of using whole electrons of 3 p sub shell.

Kết quả (Anh) 2:

Among the oxidation states sau thậm-odd rule, the oxidation states mà are significantly more stable coal other phải Satisfy two requirements:
Electron configuration Correspond to có oxidation state is the electron configuration's noble gas.
The element in compound Correspond to the oxidation state phải use whole Distributed on the outermost electron p-subshell.
Example:
The more stable oxidation states of Cl are -1 (Ar); +7 (Ne) (noble gas); and +5 vì using sub 3p shell of electrons whole
more stable oxidation states of The S are -2 (electron configuration of Ar), +6 (Ne electron configuration) and +4 vì using whole sub shell electrons of 3p.