Course List

Science 10 Chemistry: Chemistry 20, 30, IB Chemistry 20, 25, 30, 35, AP Chemistry, Chemistry Contest (Avogadro, Chem 13, and CCC) Physics: Physics 20, 30, IB Physics 20, 25, 30, 35, AP Physics 1 and 2, Physics Contest (SIN, CAP, Physics Bowl) Biology: Biology 20, 30, IB Biology 20, 25, 30, 35, AP Biology, Biology Contest ( NBC, CBO, Brain Bee) Math: Math 10, 20, 30, 31, IB Math 10, 20, 30, 31, 35, AP Calculus AB, AP Calculus BC, AP Statistics, Math Conest (CIMC, CSMC, Euclid, AMC)

Unit A - Chemical Bonding Lewis Diagram; Double and Triple Bonds; Electronegativity; VSPER Theory & Polarity; Intermolecular Forces; Ionic Bonding; Dissociation and Ionization; Ionic Equation Unit B – Gas Law & Gas Stoichiometry Kinetic Molecular Theory; Molar Volume; Charles Law, Combined Gas Law; Idea Gas Law; Gas Stoichiometry; Limiting Reactants Unit C – Solution Chemistry Solution; Concentration; Solubility; Dilution; Dissociation; Solution Stoichiometry Unit D – Acids & Bases Properties; Arrhenius Theory; pH & pOH; Indicators; Acid Base Stoichiometry; Titration

Unit A – Momentum & Impulse Momentum in One Dimension; Momentum in Two Dimensions; Impulse Change & Momentum Relation; Conservation of Energy; Conservation of Energy and Momentum Unit B – Electrostatics & Electric Fields Electrostatic History; Insulator & Conductors; Charging; Coulomb’s Law; Coulomb’s Law in 2D; Electric Fields; Electric Potential; Parallel Plates; Charged Particles in Electric Fields Unit C – Magnetic Forces and Fields Magnetism History; Magnetic Fields; Domain Theory; Hand Rules; Magnetic forces on particles; Motor Effect; Generator Effect; Applications of Particle Deflection Problems; Induction; Lenz Law; Unit E – Electromagnetic Radiation EMR; EMR Models; Maxwell Equation; Light Speed; Reflection; Optics Curved Mirrors; Refraction; Prisms; Optics Lenses; Diffraction; Interference; Polarization Unit F – Quantum Mechanics & Atomic Models Quantum; Photoelectric Effect; Photoelectric Graph; Compton Effect; De Broglie Matter Waves; Thomson’s Atomic Model; Millikan Oil Drop Experiment; Rutherford Experiment; Bohr’s Model; Quantum Atomic Model Unit G – Nuclear Physics & Particle Zoo Nucleus; Alpha, Beta, Gamma Decay; Half-life; Fission & Fusion; Chambers; Anti-matter; Particle Zoo; Quarks

Unit A - Chemistry: Atomic Theory, Chemical Bonding, Periodic Table, Covalent & Ionic Compound, Formulas of Compounds, Compound Naming, Tapes of Chemical Reactions, Chemical equation balancing, Acid & Base Chemistry, PH Scale, Energy Change in Chemical Reactions Unit B - Biology: Microscope, Magnification & Microscope Use, Cell Theory, Cell Membrane, Surface Area to Volume Ration, Animal Cell vs Plant Cells, Cell Organelles, Plant Systems & Photosynthesis, Water Transport in Plants, Plant Growth & Development Unit C – Physics: Average Velocity and Speed, Accelerated Motion, Intro to Kinematics, Graphing Motion, Forces, Force & Work, Work & Energy, Kinetic & Potential Energy, Conservation of Energy, Energy Transformation, Radioactivity, Nuclear Reactions & Equations, Half-Life

Unit A – Thermochemistry Energy Changes: Kenetic and Potential(Phase, Chemical, Nuclear); Specific Heat Capacity; Calorimetry; Molar Enthalpies; Enthalpy of Formation and Reaction; Hess' Law; Catalysis and Reaction Energetics Unit B – Electrochemistry Reduction-oxidation Reactions; Oxidation States; Predicting Redox Reactions; Constructing Redox Table; Redox Stoichiometry; Titration Analysis; Voltaic Cells (batteries); Corrosion; Electrolytic Cells (electrolysis); Fuel Cells; Cell Reaction Stoichiometry Unit C – Chemical Equilibrium and Acids and Bases Dynamic Equilibrium; Le Chatelier’s principle; Kw Theory; pH & pOH; Ka and Kb Calculations; Strength of Acids; Brønsted-Lowry Concepts; Predicting Acid-Base Reactions; pH Curves, Polyprotic and Polybasic Species; Indicators; Buffers; Acid-Base Stoichiometry, Titrations & Excess Situations Unit D – Organic Chemistry Definition of Organic Compounds; Aliphatic Classes and Nomenclature; Organic Reactions; Aromatics; Functional Groups and Reactions; Polymerization; Petroleum chemistry

Unit A – Energy and Matter Exchange in the Biosphere Chapter 1. The Biosphere as a Closed System Chapter 2. Energy Flow in the Biosphere Chapter 3. The Cycling of Matter in the Biosphere Unit B – Ecosystems and Population Change Chapter 4. Characteristics of Ecosystems Chapter 5. Evolution Unit C – Photosynthesis and Cellular Respiration Chapter 6. Photosynthesis Chapter 7. Cellular Respiration Unit D – Human Systems Chapter 8. Biochemistry, Enzymes and the Digestive System Chapter 9. Respiratory System Chapter 10. Circulatory System Chapter 11. Blood and the Immune System Chapter 12. Excretory System Chapter 13. Motor System

Bridge to Science aims to prepare students below Grade 10 to establish a solid foundation in Science and smoothly transition to higher-level Science studies. Students who successfully complete Bridge to Science will have priority registration for Science 10 whenever they are ready. Part A – Physical Science 1.Properties of Objects and Materials 2.Changes of Properties in Matter 3.Position and Motions of objects 4.Forces & Net Force 5.Transfer of Energy 6.Forms of energy 7.Mechanical Energy 8.Electric Circuits 9.Ohm’s Law 10.Mysterious Light 11.Magnetism Part B – Life Science 1.Structure and Function in Living Systems 2.Cell Structures and Functions 3.Cell Cycle 4.Reproduction and Heredity 5.Regulation and Behavior 6.Diffusion and Osmosis 7.Populations and Ecosystems 8.Food Chain 9.Biomes of the world 10.Adaptations 11.Fossils and Rock Layers 12.Plant Structure and Function 13.Plant Growth 14.Leaf Structure 15.Plant Hormones 16.Plant Diseases Part C – Earth Science 1.Earth’s History 2.Earth’s Structure 3.Composition of Rock 4.Properties of Minerals and Rocks 5.Water Cycle 6.Carbon Cycle 7.Nitrogen Cycle 8.Phosphorus Cycle 9.Bioaccumulation and biomagnification 10.Interrelationship of Biotic organisms and Abiotic factors 11.Objects in the Sky 12.Shooting Stars 13.Earth in Solar System 14.Naming Constellations Part D – Chemical Science 1.Atomic Structure 2.Molecular Structure 3.Chemical Bonding 4.Chemical Change 5.Chemical Reaction 6.Periodic Table 7.Metals 8.Non-Metals 9.Polymers 10.Acids 11.Bases 12.Properties of Gas

Unit A – Kinematics & Vectors Average Speed, Displacement, Velocity, Acceleration; Uniform Motion; Acceleration Graph Analysis; Acceleration Displacement; Vector Addition; Vector Addition Components; Relative Motion; Projectile Motion Unit B – Dynamics Newton’s Laws; Free Body Diagram; Friction, Gravity; Dynamics Problem Solving; Elevator & Inclines; System Dynamics Problems Unit C – Circular Motion, Gravitation Uniform Circular Motion; Vertical UCM; Universal Gravitation & Field Strength; Orbits and Satellites; Pendulums & Springs Unit D – Simple Harmonic Motion SHM Pendulums; SHM Springs; Solving Periodic Motion Problems Unit E – Work & Energy & Waves Energy, Work and Power; Conservation of Energy; SHM Dynamics and Energy; One Dimension Waves; Waves in Two Dimensions; Resonance & Sound; Doppler Effect

Unit A – Nervous System & Endocrine System Chapter 1. Nervous System: Neuron Anatomy; Neuron Impulse; The Synapse; Central Nervous System; Peripheral Nervous System; The Eye; The Ear Chapter 2. Endocrine System: Hormones (Metabolism Hormones; Stress Hormones; Sugar Hormones; Calcium Hormones; Growth Hormones; Water Hormones; Sex Hormones); Feedback loops; Endocrine Disorders Unit B – Reproduction and Development Chapter 4. Male and Female reproductive anatomy; Male and Female hormone control systems; Male and Female physiology Chapter 5. Fertilization; Parturition; Embryonic development; Fetal development Unit C – Cell Division & Genetics Chapter 6. Cell Cycle Chapter 7. Transmission of Genetics Chapter 8. Molecular Genetics Unit D – Population & Community Dynamics Chapter 9. Hardy-Weinberg Equilibrium Chapter 10. Changes in Hardy-Weinberg Equilibrium Chapter 11. Population interactions Chapter 12. Population Dynamics