Each of the following four sets contains two electrons, each of which is defined by four...

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Chemistry

Each of the following four sets contains two electrons, each ofwhich is defined by four quantum numbers (n, l, ml, ms). For eachset, indicate whether the quantum numbers for the two electrons arevalid for the two electrons in the highest energy subshell of aneutral titanium atom. If they are not valid, list the principlethat the quantum numbers violate (Pauli Exclusion, Aufbau, orHundâ€™s Rule) and explain below.
(the numbers are shown below in the order stated below and needto be proven valid or invalid based on the rules above)
Set #: Electron 1: Electron 2: Valid or invalid?: Violation ofwhat rule?:
1 (3, 2, +2, +Â½)] (4, 1, +1, +Â½)
2 (3, 2, +1, +Â½) (3, 2, +1, +Â½)
3 (3, 2, +2, +Â½) (3, 2, +1, +Â½)
4 (3, 2, +1, +Â½) (3, 2, +1, â€“Â½)

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4.3 Ratings (762 Votes)

Welcome to Aula Ya QA Set 1 3 2 2 4 1 1 First electron 3 2 2 corresponds to an electron in the level 3 sublevel d l2 ml2 indicates the spatial orientation of the d orbital and ms indicates the spin of the electron The second electron 4 1 1 corresponds to an electron in the level 4 sublevel p l1 with a spatial orientation of ml1 and spin ms This distribution violates See Answer

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