REVISION HACKATHON– A LEVEL MATH (H2) (2024)
Most students find mathematics difficult to understand because the lessons are more complicated and require computation work not normally required or focused on in their previous mathematics classes.
However, mastering Math and solving its problems doesn’t have to be a complicated affair. With the right strategy, it can be easy and straightforward.
Day 1 - Functions
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OPCM Creation Layout - Functions -
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Definition of Functions & The Vertical Line Test
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Type 1: Inverse Functions
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Relationship of f(x) and f^-1(x)
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Show that Inverse Function exists or not using the Horizontal Line Test
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Type 2: Composite Functions
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Type 3: Composite Inverse Functions (aka Self-Inverse Functions)
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Type 4: Recurring Piecewise Functions
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H2 Functions – Create Your OPCM -
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H2 Functions – Download Your Questions
Day 1 - Sequences & Series I
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OPCM Creation Layout - Sequences & Series I
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Sequences & Series I - Arithmetic Progression AP
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Sequences & Series I - Geometric Progression GP
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Sequences & Series I - Simple Interest & Compound Interest
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Sequences & Series I - Type 1 - Word Problems
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Sequences & Series I - Type 2 - "Bank" Questions
Day 1 - Sequences & Series II
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OPCM Creation Layout - Sequences & Series II
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Sequences & Series II - Type 1 - Expand and Express Term-by-term using standard results
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Sequences & Series II - Type 2 - Comparing Terms (Involves Inequalities)
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Sequences & Series II - Type 3 - Method of Difference
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Sequences & Series II - Type 4 - Substitution
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H2 SnS – Create Your OPCM
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H2 SnS - Download Your Questions
Day 2 - Vectors I
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OPCM Creation Layout - Vectors I
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Vectors I - Definition of a Point
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Vectors I - Ratio Theorem
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Vectors I - Collinearity
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Vectors I - Magnitude of Vector
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Vectors I - Unit Vector
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Vectors I - Director Cosines
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Vectors I - Definition of a Line
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Vectors I - Scalar Product and uses
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Vectors I - Vector Product and uses
Day 2 - Vectors II
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OPCM Creation Layout - Vectors II
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Vectors II - Definition of a Line - Vector & Cartesian Equations
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Vectors II - Type 1 - Relationship between 2 lines (Parallel, Intersecting or Skewed)
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Vectors II - Type 2 - Angles between 2 lines
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Vectors II - Type 3 - Vector Projection of AP on line l
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Vectors II - Type 4 - Shortest Distance from P to F
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Vectors II - Type 5 - Foot of Perpendicular from point P to line l
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Vectors II - Type 6 - Shortest distance between 2 parallel lines lie on parallel planes
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Vectors II - Type 7 - Reflection of line about a line
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H2 Vectors I
Day 2 - Vectors IIIa
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OPCM Creation Layout - Vectors IIIa
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Vectors IIIa - Definition of a Plane -Vector and Cartesian Equations
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Vectors IIIa - Type 1a - Distance between plane and point B
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Vectors IIIa - Type 1b - Foot of perpendicular F from point B
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Vectors IIIa - Type 1c - Find Reflected point B' about plane
Day 2 - Vectors IIIb
Day 2 - Vectors IIIc
Day 3 - Differentiation
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OPCM Creation Layout - Differentiation
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Differentiation - Implicit Differentiation
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Differentiation - Parametric Differentiation
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Differentiation - Type 1 - Rate of Change
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Differentiation - Type 2 - Equation of Tangent & Normal
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Differentiation - Type 3 - Minima & Maxima
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H2 Differentiation – Download Your Questions
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H2 Differentiation – Create Your OPCM
Day 3 - Maclaurin Series
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OPCM Creation Layout - Maclaurin's Series
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Maclaurin's Series - General Formula
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Maclaurin's Series - Standard Series Expansions
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Maclaurin's Series - Strategy for Maclaurin's Series:Standard Series Questions
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Maclaurin's Series - Type 1 - Maclaurin's Expansion (and using Integration to solve)
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Maclaurin's Series - Type 2 - Small Angle Approximation
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Maclaurin's Series - Type 3 - Binomial Expansion (with Small Angle Approximation)
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H2 Maclaurin’s – Create Your OPCM
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H2 Maclaurin's - Download Your Questions
Day 4 - Integration Techniques I
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OPCM Creation Layout – Integration Techniques I
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Integration Techniques I - The Approach Strategy to Integrate Accurately & Quickly
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Integration Techniques I - Type 1a
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Integration Techniques I - Type 1b
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Integration Techniques I - Type 2 n≠-1
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Integration Techniques I - Type 2 n=-1
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Integration Techniques I - Type 3: Trigo Integration
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Integration Techniques I - When Power of Trigo is > 1
Day 4 - Integration Techniques II
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Integration Techniques II - The Approach Strategy to Integrate Accurately & Quickly
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OPCM Creation Layout - Integration Techniques II
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Integration Techniques II - Type 1a
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Integration Techniques II - Type 1b
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Integration Techniques II - Type 2a
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Integration Techniques II - Type 2b
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Integration Techniques II - Type 3
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Integration Techniques II - Type 4
Day 4 - Integration Techniques III
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Integration Techniques III - The Approach Strategy to Integrate Accurately & Quickly
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OPCM Creation Layout - Integration Techniques III
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Integration Techniques III - Type A1 - Integration by parts (IBP) - Basic
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Integration Techniques III - Type A2 - Integration by parts (IBP) Twice & Manipulate
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Integration Techniques III - Type A3 - Integration by parts (IBP) - Need to introduce "1"
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Integration Techniques III - Type B1 - Integration by substitution - Basic
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Integration Techniques III - Type B2 - Integration by substitution involving trigo
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Integration Techniques III - Type C - Integration of Modulus
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H2 Integration Techniques – Create Your OPCM
Day 4 - Applications of Integration
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OPCM Creation Layout - Application of Integration
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Application of Integration - Area bounded by x or y axis
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Application of Integration - Area between 2 graphs
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Application of Integration - Area bounded by parametric curve
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Application of Integration - Volume generated when rotated about x or y axis
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Application of Integration - Volume generated when rotated about x or y axis (Big - Small)
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Application of Integration - Volume generated when rotated about vertical:horizontal line which is NOT x or y axis
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Application of Integration - Useful Tips for Application of Integration
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H2 Applications of Integration – Create Your OPCM
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H2 Applications of Integration & Integration Techniques - Download Your Questions
Day 5 - Complex Numbers I
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OPCM Creation Layout - Complex Numbers I
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Complex Numbers I - Approach Strategy
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Complex Numbers I - Type 1a - Real coefficients - Method 1
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Complex Numbers I - Type 1a - Real coefficients - Method 2
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Complex Numbers I - Type 1b - Complex coefficients
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Complex Numbers I - Type 2 - Simultaneous Equations
Day 5 - Complex Numbers II
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OPCM Creation Layout - Complex Numbers II
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Complex Numbers II - Type 1 - Modulus-Argument Form
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Complex Numbers II - Type 2 - Finding range of values of n
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Complex Numbers II - Type 3 - Argand Diagrams
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H2 Complex Numbers – Create Your OPCM
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H2 Complex Numbers - Download Your Questions
Day 5 - Differential Equations
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OPCM Creation Layout - Differential Equations
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Differential Equations - Type 1 - Solving DEs using Direct integration
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Differential Equations - Type 2 - Solving DEs using Separable Variables
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Differential Equations - Type 3 - Solving DEs by Substitution Example 1- Find General Solution
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Differential Equations - Type 3 - Solving DEs by Substitution Example 2- Find Particular Solution
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Differential Equations - Type 4 - Word Problems
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H2 Differential Equations – Create Your OPCM
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H2 Differential Equations - Download Your Questions
Day 6 - Permutations & Combinations
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OPCM Creation Layout - Permutations & Combinations
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Permutations & Combinations I - Addition & Multiplication Principle
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Permutations & Combinations I - Definitions of Permutation & Combination
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Permutations & Combinations I - Key Strategies Overview
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Permutations & Combinations I - Strategy- Using Cases (for Choose Only Questions)
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Permutations & Combinations II - Common Misconceptions in P&C
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Permutations & Combinations II - Strategy- Using Cases (for Choose then Arrange Questions)
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Permutations & Combinations III - Strategy- FGI (Arrangements with Restrictions) - Line Arrangement
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H2 PnC – Create Your OPCM
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H2 PnC - Download Your Questions
Day 6 - Probability
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Probability I - Introduction to Probability
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Probability I - 3 Important Results
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Probability I - 3 Key Terms & Formulae
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Probability I - Solving Questions involving Independent and Mutually Exclusive Events
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Probability II - Type 1 - Definition of Probability
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Probability III - Type 2 - Tree Diagram (Questions involving a sequence of events)
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Probability IV - Type 3 - Venn Diagram (When given multiple events with different probabilities)
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Probability V - Type 4 - Table of Outcomes
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Probability VI - Type 5 - Using PnC
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Probability VII - Type 6 - Probability x Sequences & Series (GP- Sum to Infinity)
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H2 Probability – Create Your OPCM
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H2 Probability – Download Your Questions
Day 6 - Discrete Random Variables
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OPCM Creation Layout - Discrete Random Variables I
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Discrete Random Variables I - Type 1 - Probability Distribution
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Discrete Random Variables I - Type 2 - Expectation and Variance
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Discrete Random Variables I - Approach Strategies Application - Example 1
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Discrete Random Variables II - Approach Strategies Application - Example 2
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Discrete Random Variables III - Approach Strategies Application - Example 3
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Discrete Random Variables IV - Approach Strategies Application - Example 4
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H2 DRV – Create Your OPCM
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H2 DRV – Download Your Questions
Day 7 - Binomial Distribution
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Binomial Distribution I - Introduction to Binomial Distribution
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Binomial Distribution I - 4 Important Fundamentals of Binomial Distribution
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OPCM Creation Layout - Binomial Distribution II
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Binomial Distribution II - Type 1- Standard Question + Binomial within a Binomial
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Binomial Distribution III - Type 2- Mode of Binomial Distribution
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Binomial Distribution V - Type 3c - n is unknown
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Binomial Distribution V - Type 3 - Calculating unknowns (n, p or x)
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Binomial Distribution V - Type 3a - p is unknown
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Binomial Distribution V - Type 3b - x is unknown
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Binomial Distribution V - Type 4 - Using Binomial formula to solve "range of values" + mode questions
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H2 Binomial Distribution – Create Your OPCM
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H2 Binomial Distribution - Download Your Questions
Day 7 - Normal Distribution
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Normal Distribution I - Introduction to Normal Distribution
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Normal Distribution I - Fundamentals of Normal Distribution
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Normal Distribution I - Properties of E(X) and Var(X)
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Normal Distribution I - Using GC for Normal Distribution
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Normal Distribution II - Type 1 - Combination of Independent Normal Variables
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Normal Distribution II - Approach Strategies Application - Example 1
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Normal Distribution III - Type 2 - Standardization
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Normal Distribution III - Approach Strategies Application - Example 2
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H2 Normal Distribution – Create Your OPCM
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H2 Normal Distribution - Download Your Questions
Day 8 - Estimations
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Estimations I - Introduction to Estimation
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OPCM Creation Layout - Estimations
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Estimations I - Part A - Find unbiased estimates using formulae (mainly used in hypothesis testing)
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Estimations I - Part B - Find unbiased estimates given raw data
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Estimations II - Part C - Find unbiased estimates given 5 different conditions
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Estimations – Create Your OPCM
Day 8 - Sampling Distribution
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Sampling Distribution - Introduction to Sampling Distribution
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Sampling Distribution - Type 1 - Given a Normal Distribution (Standard Sampling Solving)
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Sampling Distribution - Type 1 - Example
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Sampling Distribution - Type 2 - Non-Normal Distribution (Central Limit Theorem)
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Sampling Distribution - Type 2 - Example 1
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Sampling Distribution - Type 2 - Example 2
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Sampling Distribution - Create Your OPCM
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H2 Sampling & Estimation - Download Your Questions
Day 8 - Hypothesis Testing
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Hypothesis Testing I - Introduction to Hypothesis Testing
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Hypothesis Testing I - Overview of Hypothesis Question Types
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Hypothesis Testing I - Approach Strategy for Hypothesis Testing
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Hypothesis Testing II - Type 1 - Given Normal Distribution (CLT not required)
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Hypothesis Testing II - Type 2 - Non-Normal Distribution (CLT required)
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Hypothesis Testing - Create Your OPCM
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H2 Hypothesis Testing – Download Your Questions
BONUS - Graphing Techniques Transformation
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Graphing Techniques Transformations I - Introduction to Graphing Techniques
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Graphing Techniques Transformation I - Approach Strategy for Transformations (Non-Absolute Value Functions)
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Graphing Techniques Transformation I - Approach Strategy for Transformations (Absolute Value Functions)
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Graphing Techniques Transformation II - 3 Types of Non-Sketching Questions
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Graphing Techniques Transformation II - Type 1 - Given Original and Resulting Function
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Graphing Techniques Transformation II - Type 2 - Given Original and Successive Transformations
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Graphing Techniques Transformation II - Type 3 - Given Resulting Function and Successive Transformations
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Graphing Techniques Transformation III - Sketching Questions
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Graphing Techniques Transformation III - Sketching Non-Absolute Value Functions
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Graphing Techniques Transformation III - Sketching Absolute Value Functions
BONUS - Graphing Techniques Special Transformation
BONUS - Graphing Techniques Conics
BONUS - Graphing Techniques Rational Functions
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Graphing Techniques Rational Functions I - Standard Question Solving Techniques
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Graphing Techniques Rational Functions I - Example (Non-Sketching Questions)
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Graphing Techniques Rational Functions II - Using Discriminant
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Graphing Techniques Rational Functions II - Example 1 (Involving discriminant)
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Graphing Techniques Rational Functions III - Example 2 (involving discriminant)
BONUS - Inequalities
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REVISION HACKATHON– A LEVEL MATH (H2) (2024)
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