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Mathematics β€” A-Level

Ten foundational chapters β€” from coordinate geometry through trigonometry.

Chapter 1

Introduction to Coordinate Geometry

Locate points precisely with coordinates, measure the distance and midpoint between them, and describe straight lines with slope and the equation y = mx + c.

13 concepts

Chapter 2

Exponents and Radicals

The laws that govern powers and roots, from zero and negative exponents to simplifying, combining, and rationalizing radicals, and solving exponential equations.

13 concepts

Chapter 3

Logarithms

Scientific notation, what a logarithm means and how it connects to exponents, the product, quotient, and power rules, changing base, and the common and natural logarithms.

11 concepts

Chapter 4

Functions

Product sets and their cardinality, relations and how to represent them, and what makes a relation a function β€” domain, range, the vertical line test, and function notation.

8 concepts

Chapter 5

Quadratic Functions

Graphing parabolas β€” upward, downward, narrow, and wide β€” the vertex formula, the discriminant, the quadratic formula, and solving quadratic inequalities.

7 concepts

Chapter 6

Absolute Value Functions

Graphing V-shaped functions β€” upward, downward, narrow, and wide β€” the general vertex form, and solving absolute value equations and inequalities.

6 concepts

Chapter 7

Probability

Sample spaces and the probability formula, the complement rule, the addition and multiplication rules for combined events, conditional probability, and expected frequency.

6 concepts

Chapter 8

Similarity

Similar figures and triangles, the basic proportionality theorem, tests for similar triangles, the angle bisector theorem, the Pythagoras theorem, and special right triangles.

6 concepts

Chapter 9

Circles

Central and inscribed angles, the angle in a semicircle, cyclic quadrilaterals, and the properties of chords β€” equal chords, the perpendicular bisector, and intersecting chords.

6 concepts

Chapter 10

Trigonometry

Angles in standard position, degree-radian conversion, arc length and sector area, the six trigonometric ratios and their relations, special angles, solving right triangles, and angles of elevation and depression.

9 concepts