Fractal Geometry

An Internet-Based Treasure Hunt

Introduction

Fractals are geometric figures, but they have different properties than classical shapes such as triangles, rectangles, or circles. Few objects in nature have the form of a rectangle or triangle, but many are shaped like fractals. Whether they are generated by computer or nature, fractals are dazzlingly beautiful. This treasure hunt will help you to gain an awareness of this amazing branch of living geometry.

 

Questions

  1. What is a fractal?
  2. Who created the term "fractal" and when was it created?
  3. Describe at least three ways that fractal geometry different from traditional Euclidean geometry.
  4. How do iteration and recursion relate to fractal geometry?
  5. What does is mean when a fractal is described as being self-similar? Give an example of self-similarity in nature.
  6. What kind of dimension do fractals have?
  7. What is unusual about the perimeter of the Koch Snowflake? Does its area exhibit the same unusual properties?
  8. Name four well-known fractals.
  9. List three examples of fractals in nature.
  10. Go to self-similarity and fractals and answer questions #1-4.

 

Internet Resources

"Mathematics, rightly viewed, possesses not only truth but also supreme beauty”

Images

 

 

Interactive Explorations

The Sierpinski Triangle

The Sierpinski Carpet

Jurassic Fractal

Go to Studying Mandlebrot Fractals and investigate the fractal. Follow instructions #1-3. Answer questions #4-7.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Requirements

1.       Using the internet resources, answer questions 1-10.

2.     Do the interactive explorations and answer the questions in the Mandlebrot Exploration.

3.     View the images, select your favorite one, and print it.

4.     View the animations and movies.