One electron in an atom has the quantum number set (3, 1, 0, +½), and another electron in the same atom has the quantum number set (3, 1, 1, +½). They share the

same sublevel, but are in different orbitals.
same orbital, but have different spin directions.
same energy level, but are in different sublevels.
same type of sublevel, but are found in different energy levels.

Question

One electron in an atom has the quantum number set (3, 1, 0, +½), and another electron in the same atom has the quantum number set (3, 1, 1, +½). They share the
 	
	same sublevel, but are in different orbitals.
	same orbital, but have different spin     directions.
	same energy level, but are in different sublevels.
	same type of sublevel, but are found in different energy levels.

superhelp101 · Answer

@Abhisar i need help

abhisar · Answer

any guesses ?

superhelp101 · Answer

I was thinking the first one???

superhelp101 · Answer

hmmm....

superhelp101 · Answer

are they both the same type of sublevel?

abhisar · Answer

yes, the first one is correct !

abhisar · Answer

:P

abhisar · Answer

yes they are in same sub level, but are in different orbitals

superhelp101 · Answer

Great you help is greatly appreciated:-)

abhisar · Answer

u got this clear ryt ?
I guess i didn't confused u

superhelp101 · Answer

no i did you fine

abhisar · Answer

$\color{green}{\huge\ddot\smile}$

abhisar · Answer

btw both have same l=1 that is why they are in same sub level p. They have different $\huge m_l$ so they are in different orbitals.

superhelp101 · Answer

ooo ok