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MATH
P
C
E
Geometry
Trigonometry
Algebra
Basic Math
Statistics
Calculus
Differential ...
Linear Algebra
Introduction to the periodic table
Introduction to chemical formulae
Unit conversions in chemistry
Scientific notation and significant figures
Atomic structure
History and development of atomic theory
Electronic structure: 288 rule
Electronic structure: Subshells
Ion formation
Isotopes
History and development of the periodic table
Structure of the periodic table
Properties of elements in the periodic table
Periodic trends: Atomic radius
Periodic trends: Ionization energy
Periodic trends: Electronegativity
Introduction to bonding
Ionic and covalent bonding
Intermolecular forces
Lewis structures
Molecular geometry
Metallic bonding
Alloys
Polymers
Structure and bonding of carbon
Nanotechnology
Introduction to chemical reactions
Balancing chemical equations
Types of chemical reactions
Phases in chemical reactions
Group 1: Alkali metals
Group 7: The halogens
Group 18: Noble gases
Introduction to stoichiometry
Moles, mass and gas calculations
Moles and molar concentration
Moles, excess and limiting reagents
Percentage yield and atom economy
Introduction to organic chemistry
Alkanes
Alkenes and unsaturated hydrocarbons
Alcohols
Haloalkanes
Benzene and aromatic compounds
Naming organic compounds and groups
Introduction to solution chemistry and solubility
Electrical conductivity
Molarity
Polarity
Introduction to kinetics
Factors affecting reaction rate
Reaction rate graphs
Enthalpy
Boltzmann distribution
Activation energy
Catalysts
Reaction mechanisms
Introduction to dynamic equilibrium
Le Chatelier's principle
The equilibrium constant
The Haber process
Introduction to acid-base theory
Conjugate acids and bases
Strong and weak acids and bases
Autoionization of water
Acid dissociation constant (Ka{K_a} Kaand Kb{K_b}Kb)
Relative strengths of acids and bases
pH, pOH and antilogs
Mixing strong acids and bases
Hydrolysis
Ka{K_a} Kaand Kb{K_b}Kb calculations
Acid-base titration
pH indicators
Titration curves
Buffer solutions
Solubility and ion concentration
Predicting solubility
Ionic equations
Separating mixtures by precipitation
Ksp Solubility product
Predicting a precipitate
Pollution and hard water treatment
The common ion effect
Introduction to electrochemistry
Oxidation number
Half equations
Balancing redox equations
Chemical cells
Redox titrations
Predicting redox reactions using cell potential
Electrolysis
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Differential Equations
Chemistry
Organic Chemistry
Physics
Microeconomics
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