| 1) INTRODUCTION TO THE COURSE. HISTORY OF CHEMISTRY. 2) FROM ALCHEMY TO MODERN CHEMISTRY. LAVOISIER. 3) PROUST LAWS AND DALTON. PRINCIPLE AVOGADRO. RULE OF CANNIZZARO. 4) HOMOGENEOUS AND HETEROGENEOUS MIXTURES. METHODS FOR THE SEPARATION OF MIXTURES. 5) ATOMIC STRUCTURE: EXPERIMENTS AND THOMSON MILLIKAN. 6) EXPERIMENT RUTHERFORD. SPECTRA AND ATOMIC MODEL STRIPED BOHR. 7) WAVELIKE BEHAVIOR OF MATTER: LAW OF DE BROGLIE. HEISENBERG UNCERTAINTY PRINCIPLE. 8) SCHRÖDINGER EQUATION AND ATOMIC ORBITAL. PARTICLE IN A BOX. 9) QUANTUM NUMBERS. REPRESENTATION OF ORBITAL. ELECTRONIC SPIN: EXPERIMENT AND STERN GERLASCH. HUND PRINCIPLES AND PAULI. 10) ELECTRONIC CONFIGURATION AND PERIODIC TABLE. 11) PERIODIC PROPERTIES: ATOMIC BEAM, BEAM ION, AND IONIZATION POTENTIAL AFFINITY, ELECTRONEGATIVITY. 12) NOMENCLATU RE 13) IONIC BOND. 14) TIE COVALENT PURE POLAR COVALENT BOND. OCTET RULE. HYBRIDIZATION. 15) MULTIPLE LINKS. KENT. 16) MOLECULAR ORBITAL THEORY. OCTET INCOMPLETE AND EXPANDED OCTET. 17) MOLECULAR GEOMETRY: VSEPR RULES. 18) GASES. READ THE GAS. EQUATION OF STATE OF IDEAL GAS. 19) KINETIC THEORY OF GASES. GRAHAM LAW. 20) GAS REAL. EQUATION VAN DER WAALS FORCES. 21) LAW OF ATTRACTION INTERMOLECULAR. STATES OF AGGREGATION OF MATTER: SOLIDS. 22) LIQUIDS. VAPOUR PRESSURE. PATTERNS OF STATE: WATER, OF CARBON DIOXIDE AND SULPHUR. 23) SOLUTIONS. CONCENTRATION OF SOLUTIONS. COLLIGATIVE PROPERTIES. 24) CHEMICAL KINETICS. DEPENDING ON THE SPEED OF CONCENTRATION. 25) THE TEMPERATURE DEPENDENCE OF K: EQUATION ARREHNIUS. REACTION MECHANISMS. CATALYSTS. 26) NUCLEAR CHEMISTRY. RADIOACTIVITY AND FAMILIES RADIOACTIVE. FISSION AND NUCLEAR FUSION. 27) CHEMICAL EQUILIBRIUM. EQUILIBRIUM CONSTANT. LE CHATELIER'S PRINCIPLE. 28) BALANCE ACID - BASE. DEFINITIONS OF ACID AND BASE SECOND: ARRHENIUS, BRONSTED AND LOWRY AND LEWIS. 29) PRODUCT ION WATER. HYDROLYSIS AND BUFFER SOLUTIONS. 30) HETEROGENEOUS EQUILIBRIUM. BALANCES COMPLEXATION. 31) THERMODYNAMICS PRINCIPLE 1. THERMOCHEMISTRY. 32) ENTROPY AND THE 2ND LAW OF THERMODYNAMICS. 33) THE GIBBS FREE ENERGY. 34) ELECTROCHEMICAL: ELECTROLYSIS AND LAWS OF FARADAY. 35) FEM. NERST EQUATION. 36) BATTERY A CONCENTRATION. FUEL CELLS. PHENOMENON OF CORROSION. |
