For the angular momentum quantum number l=2 , how many possible values are there for the magnetic quantum number (ml)?
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OpenStudy (vincent-lyon.fr):
The general rule is:
-l ≤ ml ≤ +l
This should help you find the different possible values of ml when l = 2.
OpenStudy (anonymous):
would it be 3?
OpenStudy (vincent-lyon.fr):
How many integers are there between -2 and +2, including both of them?
OpenStudy (anonymous):
4
OpenStudy (vincent-lyon.fr):
Almost there :) You have forgotten an important integer!
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OpenStudy (anonymous):
0 haha so 5
OpenStudy (vincent-lyon.fr):
Great!
This is why a d orbital has 5 quantic boxes and can put up 10 electrons.
OpenStudy (anonymous):
got it thank you!
can you help me with this one?
For the principal quantum number n=2, how many possible values are there for the angular momentum quantum number (l)?
OpenStudy (anonymous):
1
2
4
6
OpenStudy (vincent-lyon.fr):
The rule is:
0 ≤ l ≤ \(n-1\)
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OpenStudy (anonymous):
2?
OpenStudy (vincent-lyon.fr):
Yes!
l can be 0 or 1
OpenStudy (anonymous):
thanks
OpenStudy (vincent-lyon.fr):
yw :)
OpenStudy (anonymous):
do you know this one?
Explain what each quantum number in a quantum number set tells you about the electron. Compare and contrast the locations and properties of two electrons within an atom that have the quantum number sets (3, 2, -1, +½) and (3, 1, -1, +½).