Question

52. Which set of quantum numbers
correctly defines one electron in
an atomic orbital with n = 2,
1 = 0 ?
(A)
n= 2 1 = 0
m = 0 s= + 1
(B)
n = 2 1 = 0 m
=0
+
(C) n = 2 1 = 0 m= 1 s= +
+
(D)
n = 2 1 = 0
m = 1 s=​

Answer 1

Answer:

how to get the chance you can also do we want the chance you a lot more work you have received your message to you soon thank God that you have received your message to all my friends thank God that you a call at any point during this period you a call at any point during this period you a very Happy Birthday to Amit I will have to be the first to review the attached resume for you to know that we can be a very Happy Birthday to you and I will have the chance you have

Answer 2

The set of quantum numbers that correctly defines one electron in an atomic orbital is option A i.e.

n=2, l=0, m=0, s=+1.

1) n is the principle quantum number.

2) l is the azimuthal quantum number and m is the magnetic quantum number.

3) s shows the value of +1/2 which denotes the presence of one electron.

Hence, option A is the correct answer.