Type and nature of the bonding that often occurs between two non-metals should be described. Concept introduction: Electronegativity difference ( Δ EN ) between two elements determines whether they will form a covalent bond between them or an ionic bond. In covalent compound, two atoms share electrons to get electronic configuration of nearby inert gas. So, electronegativity difference ( Δ EN ) between two atoms that form a covalent bond should be low. In ionic bond one atom completely gives up one or more electrons to become a cation and another atom takes up that electrons to become an anion. This cation and anion are joined by the electrostatic force of attraction to form an ionic compound.So, electronegativity difference between two atoms that form an ionic bond should be high enough.

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Chapter 2, Problem 2.46P

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Interpretation:Type and nature of the bonding that often occurs between two non-metals should be described.

Concept introduction:Electronegativity difference (ΔEN) between two elements determines whether they will form a covalent bond between them or an ionic bond. In covalent compound, two atoms share electrons to get electronic configuration of nearby inert gas. So, electronegativity difference (ΔEN) between two atoms that form a covalent bond should be low.

In ionic bond one atom completely gives up one or more electrons to become a cation and another atom takes up that electrons to become an anion. This cation and anion are joined by the electrostatic force of attraction to form an ionic compound.So, electronegativity difference between two atoms that form an ionic bond should be high enough.

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