The absence of 2 d subshell using quantum numbers is to be explained. Concept introduction: Principal Quantum Number ( n ) refers to the size of an atom’s orbital. The larger the value of ( n ) , the greater is the size of orbital. Angular Momentum Quantum Number ( l ) describes the shape of an atom’s orbital. The values of ( l ) are integers. Its values range from 0 to ( n − 1 ) . Magnetic Quantum Number ( m l ) describes the orientation of orbital in space with the help of integral values, and so, it depends on the value of ( l ) . For a value of ( l ) , there will be ( 2 l + 1 ) number of integral values of ( m l ) .

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Chapter 6.8, Problem 1PPB

Interpretation Introduction

Interpretation:

The absence of 2d subshell using quantum numbers is to be explained.

Concept introduction:

Principal Quantum Number (n) refers to the size of an atom’s orbital. The larger the value of (n), the greater is the size of orbital.

Angular Momentum Quantum Number (l) describes the shape of an atom’s orbital. The values of (l) are integers. Its values range from 0 to (n−1).

Magnetic Quantum Number (ml) describes the orientation of orbital in space with the help of integral values, and so, it depends on the value of (l). For a value of (l), there will be (2l+1) number of integral values of (ml).

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