The numbering for the highlighted boxes in the given diagram in the form of sets ( C , S , B ) considered from the previous problem is to be identified. Concept Introduction: Principle quantum number: This quantum number gives the number of shells in which electrons revolve. It is denoted by the symbol n . Azimuthal quantum number: This quantum number gives the number of subshells or orbitals, in which electrons revolve. It is denoted by the symbol l . 0, 1, 2, 3 represents s , p , d , f orbital. For any n , l = n − 1 . Magnetic quantum number: This quantum number gives the orientation of a shell in space in which electron revolves. It is denoted by the symbol m l . For any l , m l = 2 l + 1 .

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Chapter 6.8, Problem 1PPC

Interpretation Introduction

Interpretation:

The numbering for the highlighted boxes in the given diagram in the form of sets (C,S,B) considered from the previous problem is to be identified.

Concept Introduction:

Principle quantum number: This quantum number gives the number of shells in which electrons revolve. It is denoted by the symbol n.

Azimuthal quantum number: This quantum number gives the number of subshells or orbitals, in which electrons revolve. It is denoted by the symbol l. 0, 1, 2, 3 represents s,p,d,f orbital. For any n, l=n−1.

Magnetic quantum number: This quantum number gives the orientation of a shell in space in which electron revolves. It is denoted by the symbol ml. For any l, ml=2l+1.

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