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the number of waves made by a bohr electron in an orbit of maximum magnetic quantum number +2-

the number of waves made by a bohr electron in an orbit of maximum magnetic quantum number +2-

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2 Answers

Arun
25750 Points
5 years ago
Maximum magnetic quantum number,m = +2
Now value of m is from -l to +l
This means l = 2
Now, l = 0 to n-1
Therefore, 2=n-1
or, n = 3
Number of waves formed = Principal quantum number or the number of orbit
Therefore, number of waves formed = 3
 
ankit singh
askIITians Faculty 614 Points
3 years ago

 Maximum magnetic quantum number m=+2.


The value of m is from −l to +l.
So, l=2.

For a given value of n,l can have values 0 to n−1.

So, when l=2, n=3.

The number of waves formed is equal to the principal quantum number or the number of orbits.

Thus, the number of waves made by a Bohr electron in an orbit of the maximum magnetic quantum number +2 is 3.
 

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