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Chapter 10 sec 7. Fractals. What is fractal geometry? That describes real-life objects and patterns more accurately than we can by using Euclidean geometry and hat has many important real-life applications. Fractal geometry. Def. of an object is a number D that satisfies the equation
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Chapter 10 sec 7 Fractals
What is fractal geometry? • That describes real-life objects and patterns more accurately than we can by using Euclidean geometry and hat has many important real-life applications. Fractal geometry
Def. • of an object is a number D that satisfies the equation • Where s is a scaling factor and n is the amount by which the quantity we are measuring (length, area, vol.) of the object changes when we apply the scaling factor to the object. Fractal dimension
Is a line segment, then it is divided into three equal parts. It forms into a equilateral triangle. This process keeps going on. Koch curve
Step 1 Step 0 Step 2 Step 3
Assume that the length of the line segment is 1 in step 0. Each of the line segment in step 1 is Therefore, the Koch curve is 4/3 as long as the original line segment. In step 2, each line segment is now
In each successive step, the curve is 4/3 as long as the curve in the previous step. This means that the curve’s length keeps growing larger and larger as we construct further steps of the curve.
At step 40, we would find that the length of the Koch curve is , which is slightly more than 99,437 units long.