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The 114 pages that link to Chemical bond, each with the reason it gives.

• Oxidation stateNarrower topic: Oxidation-state assignment idealizes bonds as completely ionic, even when they are covalent.

• Periodic tableRelated: Group and valence patterns help anticipate how elements form bonds.

• HydrolysisNarrower topic: Hydrolysis is defined by breaking a bond through reaction with water.

• ElectronRelated: Valence electrons determine how atoms form and break bonds.

• Molecular geometryNarrower topic: Bond connectivity sets which atoms are positioned relative to one another.

• OxidationRelated: Changes in bonding often accompany oxidation, though electron loss is the defining criterion.

• StereochemistryNarrower topic: Bonding determines which molecular arrangements are possible and how atoms connect.

• ElectronegativityNarrower topic: Electronegativity describes electron attraction specifically within a bond.

• WaterNarrower topic: The O–H bonds within each molecule are distinct from attractions between water molecules.

• Thermal decompositionRelated: Decomposition rearranges or breaks bonds in the heated compound.

• Valence electronNarrower topic: Valence electrons are the electrons shared or transferred in many chemical bonds.

• PotassiumRelated: Potassium commonly forms ionic compounds by transferring its outer electron to other atoms.

• Oxidizing agentNarrower topic: Bond changes often accompany the electron transfer caused by an oxidizing agent.

• IUPAC nomenclatureNarrower topic: Bonding patterns underlie the structural information conveyed by many chemical names.

• Chemical reactionNarrower topic: Reactions transform substances by breaking, forming, or reorganizing these interactions.

• Transition stateNarrower topic: Partial bond formation and breaking define the structure of many transition states.

• Lewis acidNarrower topic: Lewis acidity describes one way a chemical bond forms through shared electron-pair donation.

• Materials scienceRelated: Bonding helps explain why materials differ in stiffness, conductivity, and melting point.

• Intermolecular forceCompared with: It marks the intramolecular bonding that intermolecular forces are distinguished from.

• Structural formulaNarrower topic: Lines in structural formulas commonly represent bonds between atoms.

• MineralRelated: Bonding among mineral constituents helps determine structure, hardness, and cleavage.

• Electron shellNarrower topic: Outer-shell electrons participate in the interactions that form bonds.

• Periodic trendsRelated: Electronegativity differences help predict bond polarity and the distribution of electrons.

• AdhesionNarrower topic: Some interfaces adhere through covalent, ionic, or other chemical bonds across the boundary.

• AtomismRelated: Bonding explains how discrete constituents form stable materials.

• IsomerRelated: Differences in which atoms are bonded distinguish structural isomers.

• Linus PaulingNarrower topic: Pauling’s theories of molecular structure centered on explaining how bonds form and behave.

• Molecular vibrationNarrower topic: Bond stiffness supplies the restoring forces underlying many molecular vibrations.

• Hydrogen fluorideNarrower topic: The polar H–F bond underlies HF’s molecular properties and reactions.

• Electron affinityNarrower topic: Electron gain energetics contribute to the ionic and covalent bonding patterns of elements.

• Bond orderNarrower topic: Bond order quantifies bonding interactions within this broader idea.

• Octet ruleNarrower topic: The octet rule is a simple heuristic for anticipating some bonding arrangements.

• Bond dissociation energyNarrower topic: Dissociation energy quantifies the energetic cost of breaking one specified bond.

• Coordination numberRelated: Bonding often helps distinguish a coordinated neighbor from a more distant atom.

• Nonwoven fabricBroader topic: Binders offer a bonding route when fibers cannot be thermally fused.

• Structural isomerismRelated: Changing which atoms are bonded creates a different structural isomer.

• AllotropyNarrower topic: Elements can form allotropes by changing how their atoms bond.

• Dissociation (chemistry)Narrower topic: Dissociation separates particles that were associated through chemical bonds or ionic interactions.

• Periodic lawRelated: Recurring valence patterns help explain why elements form characteristic kinds of bonds.

• ReductionRelated: Bond polarity helps assign oxidation states when electron transfer is not explicit.

• MoleculeNarrower topic: Molecular atoms are joined by these interactions.

• AtomRelated: Atoms form bonds through interactions involving their electrons.

• Atomic theoryRelated: Atomic theory explains compounds through interactions that join atoms.

• Bond angleNarrower topic: A bond angle is defined by two chemical bonds meeting at a shared atom.

• Chemical reactivityNarrower topic: Reactivity involves changing the bonds that hold reactants and products together.

• CohesionNarrower topic: Cohesion is a bulk intermolecular effect, distinct from the bonds within molecules.

• Molecular polarityNarrower topic: Molecular polarity depends on how electrons are distributed across chemical bonds.

• MonomerRelated: New chemical bonds connect monomer units during polymer formation.

• OxideNarrower topic: Different bond types account for the varied structures and properties of oxides.

• Cleavage (crystal)Related: Cleavage occurs where bonds resist separation less than they do in other directions.