What Does A Mathematician Do?
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What Does A Mathematician Do?. What do they Study?. A mathematician studies quantity, structure, space, change, and patterns. Math is not just about learning what is known, it is about exploring the unknown. Are there different types of Mathematicians?.
What Does A Mathematician Do?
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Presentation Transcript
What do they Study? • A mathematician studies quantity, structure, space, change, and patterns. • Math is not just about learning what is known, it is about exploring the unknown.
Are there different types of Mathematicians? • Mathematicians study many different things, and there are many different kinds of mathematicians.
Who are some famous mathematicians? • Isaac Newton developed calculus to explain his laws of motion and gravity. • Carl Gauss is considered to be one of the greatest mathematicians of all time, with contributions too numerous to name.
Who cares about math? • There are several mathematics problems called the Millennium Prize Problems. Anyone who solves one of these problems will receive $1,000,000. • Every piece of technology you use (computers, video games, televisions, etc.) required an understanding of math to invent and build.
Some fun math! • What is the area of a square? • How about a triangle? • What about this shape? l w h b
Pick’s Theorem • There’s an easy way to find the area of any flat shape! • Area = (# of inside points) + ½(# of boundary points) – 1 • http://www.cut-the-knot.org/ctk/Pick.shtml
Try it for yourself! • Take your sheet of graph paper and draw a shape using only straight lines. • Now calculate the area using Pick’s Theorem! A = I + B/2 -1
Further Questions. • Once mathematicians prove something we always try and ask what happens if we change things just a little. Does our theorem still work? Or do we need to modify it before it works again? • Pick’s theorem worked for area (flat objects). Does it work for 3-D objects? (Spheres, cylinders, cubes)
My research • It turns out that Pick’s theorem doesn’t actually work in 3-D. • This doesn’t mean we give up! • In the 1960’s Eugene Ehrhart created Ehrhart polynomials which work for shapes in higher dimension. • Now, 40 years later we still don’t completely understand them.