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bonding

26 results carry this thread across the degree.

T-007 · CU-102

Ionic bonding and the Born-Haber cycle

Lattice energy extracted from a thermodynamic cycle.

T-008 · CU-102

Lewis structures and the octet rule

Shared and lone pairs from electron bookkeeping.

T-009 · CU-102

VSEPR and molecular shape

Electron-pair repulsion predicts molecular geometry.

T-010 · CU-102

Orbital hybridisation

sp, sp2 and sp3 mixing rationalises bond angles.

T-011 · CU-102

Molecular orbital theory

Bonding and antibonding combinations give bond order and magnetism.

T-012 · CU-102

Electronegativity and bond polarity

Unequal sharing produces dipole moments.

T-023 · CU-105

Functional groups and nomenclature

The reactive handles that organise organic chemistry.

T-024 · CU-105

Structural and stereoisomerism

One formula, many distinct molecules.

T-025 · CU-105

Chirality and optical activity

Molecular handedness and its measurable signature.

T-026 · CU-105

Conformational analysis

The energy landscape of rotation about single bonds.

T-027 · CU-105

Degree of unsaturation

Counting rings and multiple bonds from a molecular formula.

T-065 · CU-207

Crystal field theory

d-orbital splitting in an octahedral ligand field.

T-066 · CU-207

Colour and the spectrochemical series

Why coordination complexes are coloured.

T-067 · CU-207

The chelate effect

Entropy stabilises multidentate complexes.

T-068 · CU-207

Isomerism in complexes

Geometric and optical isomers of coordination compounds.

T-069 · CU-207

Coordination number and geometry

Predicting the shapes of metal complexes.

T-087 · CU-304

Crystal lattices and the unit cell

Describing periodic solids from a repeating motif.

T-088 · CU-304

Bragg's law

Diffraction reveals the spacing of crystal planes.

T-089 · CU-304

Close packing and packing efficiency

How hard spheres fill space.

T-090 · CU-304

Band theory of solids

Conductors, insulators and semiconductors from overlapping orbitals.

T-091 · CU-304

The Born-Lande equation

Lattice energy from electrostatics and repulsion.

T-097 · CU-306

Periodic trends across the p-block

Down-group and across-period patterns of behaviour.

T-098 · CU-306

Hard and soft acids and bases

Predicting the stability of adducts and complexes.

T-099 · CU-306

Frost diagrams

Oxidation-state stability seen at a glance.

T-100 · CU-306

Structures of main-group compounds

Applying VSEPR across the elements.

T-101 · CU-306

Trends in oxide acidity

From basic to acidic across a period.