A fractal has a jagged, repeating form & it is found all around us. They are in our lungs, kidneys, and blood vessels. They are also in plants & weather systems
-A mathematician figured out how fractals work
-Fractals used to make patterns in fabrics, used in special effects in movies
-At one point, other mathematicians did not approve of Mandelbrot’s theory of fractals. They viewed fractal geometry as useless
-Benoit Mandelbrot wrote 2 books on fractals. One was entitled The Fractal Geometry of Nature & it contained examples of how his ideas could be useful to science
-He argued that with fractals, he could precisely measure natural shapes & make calculations that could be applied to all kinds of formations
-Throughout the program,
A fractal has a jagged, repeating form & it is found all around us. They are in our lungs, kidneys, and blood vessels. They are also in plants & weather systems
-A mathematician figured out how fractals work
-Fractals used to make patterns in fabrics, used in special effects in movies
-At one point, other mathematicians did not approve of Mandelbrot’s theory of fractals. They viewed fractal geometry as useless
-Benoit Mandelbrot wrote 2 books on fractals. One was entitled The Fractal Geometry of Nature & it contained examples of how his ideas could be useful to science
-He argued that with fractals, he could precisely measure natural shapes & make calculations that could be applied to all kinds of formations
-Throughout the program,
A fractal has a jagged, repeating form & it is found all around us. They are in our lungs, kidneys, and blood vessels. They are also in plants & weather systems
-A mathematician figured out how fractals work
-Fractals used to make patterns in fabrics, used in special effects in movies
-At one point, other mathematicians did not approve of Mandelbrot’s theory of fractals. They viewed fractal geometry as useless
-Benoit Mandelbrot wrote 2 books on fractals. One was entitled The Fractal Geometry of Nature & it contained examples of how his ideas could be useful to science
-He argued that with fractals, he could precisely measure natural shapes & make calculations that could be applied to all kinds of formations
-Throughout the program,
A fractal has a jagged, repeating form & it is found all around us. They are in our lungs, kidneys, and blood vessels. They are also in plants & weather systems
-A mathematician figured out how fractals work
-Fractals used to make patterns in fabrics, used in special effects in movies
-At one point, other mathematicians did not approve of Mandelbrot’s theory of fractals. They viewed fractal geometry as useless
-Benoit Mandelbrot wrote 2 books on fractals. One was entitled The Fractal Geometry of Nature & it contained examples of how his ideas could be useful to science
-He argued that with fractals, he could precisely measure natural shapes & make calculations that could be applied to all kinds of formations
-Throughout the program,
A fractal has a jagged, repeating form & it is found all around us. They are in our lungs, kidneys, and blood vessels. They are also in plants & weather systems
-A mathematician figured out how fractals work
-Fractals used to make patterns in fabrics, used in special effects in movies
-At one point, other mathematicians did not approve of Mandelbrot’s theory of fractals. They viewed fractal geometry as useless
-Benoit Mandelbrot wrote 2 books on fractals. One was entitled The Fractal Geometry of Nature & it contained examples of how his ideas could be useful to science
-He argued that with fractals, he could precisely measure natural shapes & make calculations that could be applied to all kinds of formations
-Throughout the program,
A fractal has a jagged, repeating form & it is found all around us. They are in our lungs, kidneys, and blood vessels. They are also in plants & weather systems
-A mathematician figured out how fractals work
-Fractals used to make patterns in