Knowra Inorganic chemistry Inorganic chemistry Inorganic chemistry studies the structures, properties, and reactions of compounds outside the traditional domain of organic chemistry, including metals, minerals, and coordination complexes.
Chemical bonding : The forces and interactions that hold atoms together in molecules, crystals, and other structures. Bonding models explain why inorganic solids, molecules, and complexes have distinct structures.
Redox reaction : A chemical reaction in which electrons are transferred and oxidation states change. Electron transfer drives many inorganic reactions, from corrosion to metal-ion chemistry.
Heterogeneous catalysis : Catalysis in which the catalyst and reactants occupy different phases, commonly a solid catalyst and gaseous or liquid reactants. Inorganic surfaces catalyze industrial reactions such as ammonia synthesis and petroleum refining.
Organic chemistry : The branch of chemistry chiefly concerned with carbon compounds, especially those containing carbon–hydrogen bonds. The traditional division distinguishes carbon-centered compounds from the broader inorganic domain.
Periodic table : A tabular arrangement of chemical elements ordered by atomic number and recurring properties. Periodic trends help predict the structures and reactivity of inorganic elements.
Coordination complex : A central atom or ion bound to surrounding molecules or ions called ligands. Metal–ligand bonding forms a major class of inorganic compounds with distinctive structures and reactivity.
Materials science : The study of how a material’s composition, structure, and processing determine its properties and uses. Inorganic compounds supply many ceramics, semiconductors, and functional materials.
Physical chemistry : The study of how physical principles explain chemical systems and processes. Physical chemistry supplies thermodynamic and kinetic tools used across inorganic research.
Oxidation state : A formal charge assigned to an atom by treating its bonds as ionic for bookkeeping. Oxidation states track electron changes in inorganic compounds and reactions.
Ligand field theory : A model describing how ligands alter the energies of a transition-metal ion’s d orbitals. It explains the colors, magnetism, and electronic behavior of many metal complexes.
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