No two electroncs can have teh same quantum numbers . . . My answers were wrong.

Question

No two electroncs can have teh same quantum numbers . . .

My answers were wrong. Need help with all parts. (SEE PICTURE)

Part A: No two electrons can have the same set of quantum numbers. This idea is known as what? O the Pauli Exclusion Principle O Hawking Uniqueness Hypothesis O the Feynman Singularity Statement O the deBroglie Wavelength Caveat O There is no name for this idea. Part B: An certain electron has an oribt described as a "3p" subshel What are the corresponding quantum numbers (principle number "n," and angular momentum number """) for this electron? Number Number Part C: For the electron above ("3p"), what are the possible values for ms? O -1/2,+12 O -1,0,+1

Explanation / Answer

A)

the correct option is,

the Pauli Exclusion Principle

B)

given,

the electron is in "3p" subshell,

here,

priciple quantum number, n=3,

angular momentum number, L=0,1,2

C)

in "3p" subshell ====> n=3, l=1

magnetic momentum number, ml=-1, 0, 1

spin quatum number, ms=-1/2, +1/2

Related Questions

Navigate

• Browse (All)
• Browse N
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.