Out of the folowing paris of electorns, identify the pairs of electrons present in degenrate orbitals.

Options

A. in`=3,l=2,m_(1)=-2,m_(s)=-(1)/(2) iin=3,l=2,m_(1)=-1,m_(s)=-(1)/(2)`
B. `in=3,l=1,m_(1)=1,m_(s)=+(1)/(2) iin=3,l=2,m_(1)=1,=+(1)/(2)`
C. `i n=4,l=1,m_(1)=1,m_(s)=+(1)/(2) ii n=3,l=2,m_(1)=1,m_(s)=+(1)/(2)`
D. `in=3,l=2,m_(1)=+2,m_(s)=-(1)/(2) ii n=3,l=2,m_(1)=+2 ,m_(s)=+(1)/(2)`

Explanation

To solve the question of identifying pairs of electrons present in degenerate orbitals, we will follow these steps:

### Step 1: Understand Degenerate Orbitals
Degenerate orbitals are orbitals that have the same energy level. To determine if orbitals are degenerate, we will calculate the n + l value for each orbital.

### Step 2: Calculate n + l Values
For each pair of electrons, we need to determine the n (principal quantum number) and l (azimuthal quantum number) values, and then calculate n + l.

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