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The 144 pages that link to Covalent bond, each with the reason it gives.

• PolymerNarrower topic: Covalent bonds commonly connect the atoms within polymer backbones and side groups.

• Lewis structureNarrower topic: Each line between atoms represents a shared pair in this notation.

• NitrogenNarrower topic: Nitrogen’s covalent bonds build both N₂ gas and nitrogen-containing biomolecules.

• Hydrogen peroxideNarrower topic: Covalent bonds connect the atoms in each hydrogen peroxide molecule.

• Functional groupNarrower topic: Functional groups are defined by the covalent bonds linking their atoms.

• Organic chemistryNarrower topic: Shared electrons form the carbon frameworks and bonds studied in organic chemistry.

• Hydroxyl groupNarrower topic: The O–H connection in a hydroxyl group is a covalent bond.

• DiamondNarrower topic: Shared electrons hold diamond’s carbon network together in three dimensions.

• Pi bondNarrower topic: Pi bonds are one type of covalent bond.

• Valence bond theoryNarrower topic: Valence bond theory is a quantum-mechanical account of covalent bonding.

• Disulfide bondNarrower topic: A disulfide is a covalent link whose formation and cleavage depend on redox chemistry.

• Hydrogen chlorideNarrower topic: Hydrogen and chlorine share electrons in the HCl molecule.

• Silicon carbideNarrower topic: Strong covalent bonding between silicon and carbon underlies SiC’s hardness and high melting point.

• Carboxyl groupNarrower topic: The group’s shape and reactivity arise from its shared-electron bonds.

• Ligand field theoryNarrower topic: Recognizing covalent contributions to metal–ligand bonds distinguishes ligand field theory from its electrostatic predecessor.

• Molecular hydrogenNarrower topic: The two atoms in H₂ are held together by a shared electron pair.

• EthaneNarrower topic: Ethane’s carbon–carbon and carbon–hydrogen bonds are covalent.

• PhosphorylationNarrower topic: Phosphorylation attaches the phosphate group to its substrate through a covalent bond.

• Polyatomic ionNarrower topic: Shared electrons hold the atoms in a polyatomic ion together.

• Sigma bondNarrower topic: A sigma bond is one geometry-specific form of covalent bonding.

• Carbon–carbon bondNarrower topic: A carbon–carbon bond is a covalent bond between two carbon atoms.

• Coordinate covalent bondNarrower topic: A coordinate covalent bond is a specific way a covalent bond can form.

• CycloalkaneNarrower topic: Single covalent bonds connect the carbon atoms in cycloalkane rings.

• Hard and soft acids and basesNarrower topic: HSAB interprets preferred pairings through differences in bonding character.

• Hermann StaudingerNarrower topic: Staudinger argued that covalent bonds link the atoms of polymer chains.

• Lewis baseNarrower topic: Lewis donation creates a shared pair, placing the interaction within covalent bonding.

• Organic compoundNarrower topic: Organic structures are held together chiefly by shared-electron bonds.

• PolarizabilityNarrower topic: Shared electrons determine how a molecule's charge distribution can deform.

• Alkyl groupNarrower topic: An alkyl group attaches to the rest of a molecule through a covalent bond.

• Methyl groupNarrower topic: The carbon–hydrogen and carbon–framework bonds in methyl are covalent.

• August KekuléNarrower topic: Kekulé’s structural formulas represented connections between atoms as bonds.

• Bent's ruleNarrower topic: The rule concerns orbital composition within covalent bonds.

• Condensation reactionNarrower topic: Condensation creates a new covalent link between the reacting molecules.

• Quaternary ammonium compoundNarrower topic: Four nitrogen–carbon covalent bonds account for the nitrogen’s positive formal charge.

• OxyanionNarrower topic: Covalent bonds connect oxygen to the other elements within an oxyanion.

• Carbon–fluorine bondNarrower topic: The carbon–fluorine bond is a specific instance of covalent bonding.

• Covalent radiusNarrower topic: The radius is inferred from the internuclear distance in this kind of bond.

• Phosphorus trichlorideNarrower topic: PCl₃ is a molecular compound held together by covalent P–Cl bonds.

• Single bondNarrower topic: A single bond is the one-pair case of covalent bonding.

• ArsineNarrower topic: The arsenic and hydrogen atoms in arsine are joined by covalent bonds.

• Interhalogen compoundNarrower topic: The bonds between halogen atoms in molecular interhalogens are covalent.

• Aluminium chlorideNarrower topic: The Al–Cl bonds in molecular AlCl₃ have substantial covalent character.

• Boron carbideNarrower topic: Strong covalent networks contribute to boron carbide’s hardness and high-temperature stability.

• Double bondNarrower topic: A double bond is one form of covalent bonding, distinguished by sharing two electron pairs.

• Hydrogen bromideNarrower topic: The hydrogen and bromine atoms in HBr are joined by a covalent bond.

• Saturated compoundNarrower topic: Carbon atoms in saturated frameworks are joined by covalent single bonds.

• Thionyl chlorideNarrower topic: The S–O and S–Cl bonds shape thionyl chloride’s molecular structure and reactivity.

• Boron trifluorideNarrower topic: The B–F bonds are covalent, though strongly polarized toward fluorine.

• Polar covalent bondNarrower topic: A polar covalent bond is a subtype of this broader bond class.

• Arsenic pentoxideNarrower topic: Covalent As–O bonding contributes to the compound’s solid structure and chemical behavior.