Patterns
Numbers or shapes or anything that repeat in a predictable way

Number Sequences

What: Series of numbers following rules
Why: Fundamental to advanced mathe
How does it help: Develops logical thinking

Geometric patterns form the foundation of many mathematical principles and can be observed in various forms:


  • Regular polygons and their properties
  • Tessellations and surface coverings
  • Symmetry in natural and man-made objects
  • Fractal patterns and self-similarity
Geometric Pattern Example

Pattern Recognition

What: Finding regularities in numbers/shapes
Why: Essential for problem-solving
How does it help: Strengthens analytical skills

There are several types of symmetry in mathematics:


  • Reflection symmetry (flip)
  • Rotational symmetry (turn)
  • Translational symmetry (slide)
  • Point symmetry
Symmetry Examples

Creating Patterns

What: Making repeating sequences
Why: Builds mathematical creativity
How does it help: Enhances understanding of rules

Tessellations can be created using:


  • Regular polygons
  • Irregular shapes
  • Transformed shapes
  • Combined patterns
Tessellation Examples

Pattern Analysis

What: Understanding why patterns work
Why: Critical for advanced math
How does it help: Develops abstract thinking

Famous examples of fractals include:


  • The Mandelbrot Set
  • Koch Snowflake
  • Sierpinski Triangle
  • Dragon Curve
Fractal Examples

Related Resources

Visual Patterns Math for Love Math Playground