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About This Course
See the Curriculum Section for materials and enjoy learning with Imperial Academy.
Course Curriculum
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Learning objectives
00:10:00 -
Example of a solved problem
00:06:00
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System of measurement
00:02:00
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International system of units
00:05:00
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Temperature units and scales
00:04:00
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Use and misuse of units
00:03:00
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Dimensional analysis
00:03:00
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Quantities and units: Solved problems
00:10:00
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Atoms
00:02:00
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Nuclei
00:04:00
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Periodic table
00:08:00
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Relative atomic masses
00:04:00
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Moles
00:05:00
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Symbols, formulas and molar masses
00:04:00
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Atomic, molecular and molar masses – Problems with solutions
00:16:00
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Empirical formula from composition
00:04:00
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Composition from formula
00:04:00
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Nuclidic molecular masses and chemical formulas
00:05:00
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Formulas and compositions: Solved problems
00:24:00
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Introduction to nomenclature
00:03:00
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Naming binary compounds of nonmetals
00:05:00
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Naming ionic compounds
00:01:00
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Naming monoatomic cations
00:06:00
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Naming polyatomic cations
00:03:00
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Naming monoatomic anions
00:02:00
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Naming oxyanions
00:05:00
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Naming special anions
00:01:00
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Putting the names of the ions together
00:02:00
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Writing formulas for ionic compounds
00:08:00
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Naming inorganic acids
00:06:00
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Naming acid salts
00:04:00
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Naming hydrates
00:01:00
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Introduction to chemical equations
00:02:00
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Molecular relations from equations
00:05:00
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Mass relations from equations
00:06:00
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Limiting reactant
00:01:00
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Calculations from chemical equations: Solved problems
00:24:00
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Types of chemical reactions
00:04:00
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Pressure
00:07:00
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Gas laws
00:02:00
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Boyle’s law: Constant temperature
00:01:00
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Charles’ law: Constant pressure
00:01:00
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Gay-Lussac’s law: Constant volume
00:01:00
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Combined gas law
00:01:00
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Density of an ideal gas
00:03:00
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Dalton’s law for partial pressures
00:01:00
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Collecting a gas over a liquid
00:02:00
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Deviation from ideal beahvior
00:01:00
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Measurement of gases: Solved problems
00:13:00
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Avogadro’s hypothesis
00:03:00
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Molar volume
00:01:00
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Ideal gas law
00:05:00
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Gas volume relations from equations
00:04:00
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Gas stoichiometry involving mass
00:05:00
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The ideal gas law: Solved problems
00:13:00
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Heat
00:04:00
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Energy and enthalpy
00:05:00
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Enthalpy changes for various processes
00:12:00
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Rules of thermochemistry
00:09:00
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Thermochemistry – Problems with solutions
00:21:00
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Characters of light
00:05:00
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Interaction of light with matter
00:08:00
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Particles and waves
00:03:00
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Orbitals
00:17:00
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The Pauli exclusion principle
00:01:00
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Aufbau principle
00:03:00
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Electron configuration
00:11:00
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Atomic radii
00:04:00
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Ionization energies
00:03:00
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Electron affinity and magnetic properties
00:05:00
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Atomic structure – Problems with solutions
00:16:00
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Introduction to chemical bonding
00:02:00
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Octet rule
00:03:00
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Ionic bonding
00:09:00
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Electron dot notation
00:05:00
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Covalent bonding
00:17:00
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Distinction between ionic and covalent bonding
00:03:00
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Predicting the nature of bonding in compounds
00:05:00
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Formal charges
00:08:00
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Dipole moment and electronegativity
00:04:00
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Hybrid orbitals
00:10:00
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Crystals
00:08:00
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Close packing
00:04:00
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Crystal forces
00:06:00
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Liquid forces
00:03:00
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Solids and liquids: Solved problems
00:22:00
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Introduction to redox reactions
00:04:00
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Oxidation number
00:09:00
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Oxidizing and reducing agents
00:05:00
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Ionic notation for equations
00:04:00
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Balancing oxidation-reduction equations
00:11:00
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Oxidation-reduction: Solved problems
00:14:00
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Composition of solutions
00:01:00
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Concentrations
00:02:00
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Molarity
00:02:00
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Normality
00:05:00
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Molality
00:01:00
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Mole fraction
00:01:00
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Comparison and summary of the concentration units
00:04:00
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Dilution problems
00:01:00
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Concentration of solutions: Solved problems
00:14:00
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Reactions involving standard solutions
00:04:00
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Reaction involving standard solutions: Solved problems
00:13:00
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Introduction to chemical solutions
00:02:00
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Vapor pressure lowering
00:04:00
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Freezing point lowering
00:05:00
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Boiling point lowering
00:03:00
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Osmotic pressure
00:03:00
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Solution of gases in liquids
00:02:00
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Law of distribution
00:01:00
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Properties of solutions: Solved problems
00:13:00
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The first law
00:02:00
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The second law
00:06:00
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Entropy
00:04:00
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The third law
00:01:00
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Standard states
00:06:00
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Chemical equilibrium
00:03:00
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The equilibrium constant
00:10:00
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Le Chatelier’s principle
00:14:00
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Thermodynamics – Problems with solutions
00:18:00
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Arrhenius concept
00:03:00
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Brönsted-Lowry concept
00:08:00
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Lewis concept
00:02:00
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Ionization of water
00:07:00
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Hydrolysis
00:06:00
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Buffer solutions
00:06:00
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Indicators
00:03:00
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Polytropic acids
00:05:00
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Titration
00:08:00
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Acids and bases – Problems with solutions
00:21:00
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Coordination complexes
00:08:00
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Solubility product
00:02:00
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Precipitation
00:05:00
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Complex ions and precipitates: Solved problems
00:06:00
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Electrical units
00:03:00
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Faraday’s laws
00:04:00
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Voltaic cells
00:06:00
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Standard half-cell potential
00:07:00
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Combining couples
00:04:00
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Free energy and Nernst equation
00:08:00
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Electrolysis
00:06:00
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Electrochemistry: Solved problems
00:16:00
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Introduction to rates of reactions
00:01:00
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Rate constants and order of reactions
00:11:00
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First order reactions
00:02:00
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Other rate laws
00:01:00
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Energy of activation
00:01:00
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Mechanism of reaction: Molecularity
00:05:00
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Mechanism of reaction: Energetics
00:05:00
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Rates of reactions: Solved problems
00:13:00
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Assignment -General Inorganic Chemistry
09:36:00
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