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Curriculum
My Masterclass caters our lessons based on Secondary, Junior College & IP subject curriculum. We best fit our lessons to each school’s syllabus . This would allow each student to stay relevant in their school ’s curriculum. In our IP classes, we incorporate ‘A’ level topics in our classes so that students can build stronger foundation in certain topics, enabling them to catch up with their school’s standards.

Lower Secondary Science, IP Science (Physics, Biology, Chemistry)We cover the following topics : Scientific Endeavour Diversity Exploring Diversity of Matter by its Physical Properties Exploring Diversity of Matter by its Chemical Composition Exploring Diversity of Matter using Separation Techniques Models Ray Model of Light Model of Cells – the Basic Unit of Life Model of Matter – The Particulate Nature of Matter Model of Matter – Atoms and Molecules Interactions Application of Forces and Transfer of Energy Transfer of Heat Energy and its Effects Chemical Changes Interactions within Ecosystems Systems Electrical Systems Human Digestive System Transport Systems in Living Things Human Sexual Reproductive System

Upper Secondary, IP ChemistryWe cover the following topics : Experimental Chemistry Experimental Chemistry Atomic Structure and Stoichiometry The Particulate Nature of Matter Formulae, Stoichiometry and the Mole Concept Chemistry Of Reactions Electrolysis Energy from Chemicals Rate of Reactions, Redox Reactions Acids, Bases and Salts Periodicity The Periodic Table Metals Atmosphere Air Organic Chemistry Organic Chemistry

Upper Secondary, IP BiologyWe cover the following topics : Principles Of Biology Cell Structure and Organisation Movement of Substances Biological Molecules Maintenance and Regulations Of Life Processes Nutrition in Humans Nutrition in Plants Transport in Flowering Plants Transport in Humans Respiration in Humans Excretion in Humans Homeostasis Coordination and Response in Humans Continuity Of Life Reproduction Cell Division Molecular Genetics Inheritance Man And His Environment Organisms and their Environment

Upper Secondary, IP PhysicsWe cover the following topics : Measurement Physical Quantities, Units and Measurement Newtonian Mechanics Kinematics Dynamics Mass, Weight and Density Turning Effect of Forces Pressure Energy, Work and Power Thermal Physics Kinetic Model of Matter Transfer of Thermal Energy Temperature Thermal Properties of Matter Waves General Wave Properties Light Electromagnetic Spectrum Sound Electricity and Magnetism Static Electricity Current of Electricity D.C. Circuits Practical Electricity Magnetism Electromagnetism Electromagnetic Induction

Upper Secondary A Math, IP MathematicsWe cover the following topics : Quadratic Functions Equations and inequalities Surds Polynomials and Partial Fractions Binomial Expansions Exponential and Logarithmic Functions Trigonometric functions, identities and equations Coordinate geometry in two dimensions Proofs in plane geometry Differentiation and Integration

Upper Secondary E MathWe cover the following topics : Laws on indices Functions and graph sketching Equations and inequalities Set language and notation Matrices Congruence and Similarity Properties of Circles Further trigonometry Coordinate geometry Vectors Data handling and analysis Probability

Additional Upper Secondary topics that are covered by IP schools at Lower SecondaryWe cover the following topics : Science Chemical Bonding – Ionic & Covalent structures & their properties Chemical Formulas & Writing Chemical Equations Acids, Base/Alkali/Oxides Diffusion, Osmosis & Active Transport Biological Molecules Respiration Photosynthesis Molecular Genetics Enzymes Biodiversity Microorganisms – Bacteria & Viruses Hydroponics & Plant Tissue Culture Moments, Turning Effect of Forces Vectors & Scalars Rate, Speed, Velocity, Acceleration Math Numbers and their operations Ratio and proportions Percentages Rate and Speed Algebraic Expressions and Formulae Functions and graph Equations and inequalities Angles, triangles and polygons Mensuration Data handling and analysis Ratio and Proportions Geometry Pythagoras’ theorem and trigonometry Probability

H2 ChemistryWe cover the following topics : Matter Atomic Structure Structure & Properties Chemical Bonding The Gaseous State Theories of Acids & Bases The Periodic Table Transformation The Mole Concept & Stoichiometry Chemical Energetics Reaction Kinetics Chemical Equilibria Extension Topics AcidBase Equilibria Solubility Equilibria Organic Chemistry – Isomerism, hydrocarbons, halogen derivatives, hydroxyl compounds, carbonyl compounds, carboxylic acids & derivatives, nitrogen compounds Electrochemistry Transition Elements

H2 PhysicsWe cover the following topics : Measurement Physical quantities and SI units Scalars & Vectors Errors & Uncertainties Newton Mechanics Kinematics Dynamics Forces Work, Energy & Power Motion in a Circle Gravitational Field Thermal Physics Temperature & Ideal Gases Thermodynamics Oscillations & Waves Oscillations Wave Motion Superposition Electricity & Magnetism Electric Fields Current of Electricity D.C. Circuits Electromagnetism Electromagnetic Induction Alternating Current Modern Physics Quantum Physics Current of Electricity D.C. Circuits Electromagnetism Electromagnetic Induction

H2 MathematicsWe cover the following topics : Functions Graphs and Transformation Equations and Inequalities Sequences and Series Vectors in two and three dimensions Complex numbers Differentiation, Maclaurin Series Integration techniques, Definite Integrals, Differential equations Probability, Discrete Random variables, Normal Distribution, Sampling, Hypothesis testing, correlation and linear regression

H2 PhysicsWe cover the following topics : Measurement Physical quantities and SI units Scalars & Vectors Errors & Uncertainties Newton Mechanics Kinematics Dynamics Forces Work, Energy & Power Motion in a Circle Gravitational Field Thermal Physics Temperature & Ideal Gases Thermodynamics Oscillations & Waves Oscillations Wave Motion Superposition Electricity & Magnetism Electric Fields Current of Electricity D.C. Circuits Electromagnetism Electromagnetic Induction Alternating Current Modern Physics Quantum Physics Current of Electricity D.C. Circuits Electromagnetism Electromagnetic Induction

Additional H2 topics that are covered by IP schools at Upper SecondaryWe cover the following topics : Chemistry Atomic Structure – SPDF orbitals, Ionisation Energy Chemical Bonding – Dative bond, VSEPR theory & bond angles, polarities (hydrogen bond, polar bond, dipole) Ideal gas law Chemical Energetics Reaction Kinetics Chemical Equilibria Electrochemistry (electrode potential) Biology Cell membrane phospholipid bilayer & movement across the membrane Genetics & inheritance  Central Dogma (DNA, RNA), Mutations & Variations Aerobic Respiration – Krebs Cycle Photosynthesis – Kelvin Cycle Physics Scalars & Vectors NonLinear Motion & Circular Motion Momentum Centre of Gravity Upthrust Math Functions(HCI/NY/RI/RGS/NJ/DHS) Graphical Transformation(NY/HCI/DHS) Differentiation of sec x , cosec x , cot x (NJC) Use of Graphing Calculator (Cedar/VS) 3 dimension vectors (CHS/DHS/HCI) Implicit differentiation (CHS) HCI SMTP TOPICS: L'hopital Rule, Integration by parts, permutation and combination, binomial distribution
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