Points
Understand points, positions, coordinates and geometric notation.
Discover the mathematics of shape, space and position — from points, lines and angles to triangles, circles, transformations, coordinate geometry and advanced proof.
Explore geometry through carefully organized concepts, visual reasoning, formulas, constructions and proof.
Understand points, positions, coordinates and geometric notation.
Explore lines, rays, segments, parallel and perpendicular relationships.
Learn angle types, relationships, measurements and constructions.
Master triangle classification, properties, congruence and similarity.
Study squares, rectangles, parallelograms, rhombi and trapezoids.
Explore regular and irregular polygons, angles and properties.
Learn radius, diameter, chords, arcs, sectors and circle theorems.
Connect geometry with coordinates, slopes, distances and equations.
Understand translations, rotations, reflections and dilations.
Determine when geometric figures have identical size and shape.
Explore proportional figures, scale factors and similar triangles.
Study solids, nets, surface area, volume and spatial relationships.
Build your knowledge progressively — beginning with fundamental geometric language and ending with advanced reasoning and proof.
Points, lines, planes, notation and basic constructions
Angle types, relationships, measurement and angle theorems
Classification, properties, congruence and triangle theorems
Properties of squares, rectangles, rhombi and parallelograms
Interior angles, exterior angles and regular polygons
Radius, diameter, chords, arcs, sectors and circle theorems
Translations, rotations, reflections and dilations
Ratios, scale factors and similar figures
Distance, midpoint, slope and geometric equations
Logical reasoning, theorems and geometric proof
Geometry is more than memorizing formulas. Develop spatial thinking by connecting diagrams, relationships, calculations and logical reasoning.
Identify shapes, patterns, positions, angles and relationships before calculating.
Use diagrams, coordinates and geometric constructions to make abstract ideas visible.
Connect known facts, theorems and formulas to develop a logical solution strategy.
Turn observations into mathematical arguments using definitions, properties and theorems.
Move between mathematics departments and discover how geometry connects with algebra, calculus, trigonometry, statistics and numerical reasoning.
Continue through the Mathematics Network and connect geometry with algebra, trigonometry, calculus, statistics, probability and real-world applications.