14. (14 points) Choose from these hydrogen orbitals (or subshells) to fill in th

Question

14. (14 points) Choose from these hydrogen orbitals (or subshells) to fill in the blanks below. 3p 4p 2 7 6d The orbital with: the lowest energy An orbital with /-1and n-3 An orbital with angular momentum quantum number-2 An orbital with exactly: 3 spherical nodes The subshell with the most orbitals that cannot exist__ A subshell that can have mre 0 but not mi-+1 1 planar node and 2 spherical nodes List all subshells that can have m,--2 A 5p orbital has the same energy as a orbital. A hydrogen atom that emits visible radiation could have a transition from 4p to A hydrogen atom that absorbs radiation could have a transition from 4p to

Explanation / Answer

The orbital with:the lowest energy is 1f that cannot exist is 1f.

An orbital with l=1 and n=3 is 3p. A subshell that can have ml=0 but not ml= +1is 2s.

An orbital with angular momentum quantum no= 2 6d.

An orbital with exactly 3 spherical nodes 6d. 1 planar node and 2 spherical nodes 4p.

The subshell with the most orbitals 7g. List all subshells that can have ml=-2 5f, 7g, 6d.

A 5p orbital has the same energy as a orbital 5f.

A hydrogen atom that emits visible radiation could have transition from 4p to 2s.

A hydrogen atom that absorbs radiation could have transition from 4p to 6d, 8s, 7g.

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