It is great that the AMS is able to conduct this competition which values and encourages mathematical talent. While sports are usually celebrated, it is wonderful that students interested in mathematics can also be encouraged. I sincerely hope that many more students gain the opportunity to participate in this competition.
"I am so glad we were invited! It was a fun day, a challenging day, and a day which we relived with our students upon return."
J.D., Mike, Dylan, John, Will, Kyle, Dalton, Gokul, Brad, and Andrew Hetzel
John Cooper (Oak Ridge High School) and Will Pickering (The McCallie School) each won $2000 from the AMS and were the big winners among eight contestants when Who Wants to Be a Mathematician came to Tennessee Technological University September 21, 2006. John and Will were two of about 100 people from middle and east Tennessee who enjoyed a morning of mathematics that began with the talk, When Does 1 + 1 = 0?, by Andrew J. Hetzel of the Tennessee Tech Department of Mathematics.
Above: Some of the audience members before the lecture and game started, ready to root for their classmates. To the right is a contingent from Oak Ridge High School.
When Does 1 + 1 = 0? by Andrew J. Hetzel
Hetzel talked about modular arithmetic, introducing the subject by giving some examples of clock arithmetic, and eventually answering the question that 1 + 1 = 0 mod two. He explained how the work of mathematicians Gauss, Fermat and Euler was relevant and showed images of each of the three on currency and stamps. Hetzel also gave applications of modular arithmetic, such as Universal Product Codes, International Standard Book Numbers, and the RSA public-key cryptosystem.
Near the end of his talk, he noted that math can be subdivided into "cool problems and really cool problems." He first gave an example of a cool problem: What is the last digit of 230,402,457 - 1, which until very recently was the largest known prime number (the last digit is 1). Then he gave an example of a really cool problem: Showing that the number 8,589,934,599 can't be expressed as the sum of three squares, which was solved looking at squares modular 8.
Who Wants to Be a Mathematician
The eight contestants who played the two games (four at a time) of Who Wants to Be a Mathematician are:
In game one, Will Pickering led from the very beginning and won the game, missing only the last question. Game two was more of a see-saw event, with John Cooper working his way to first place to earn the win. One unusual aspect of the games was that all eight contestants used their "Help" option and got help from a teacher or friend.
Will, Mike, and John
Will and John both got the bonus question correct and so each earned $2000. Before the correct choice was revealed and before Will and John revealed and explained their answers, the audience was polled for its choice. Everyone preferred what turned out to be the correct choice - a good showing for the high school students and teachers, and Tennessee Tech students and faculty who made up the audience.
The prizes won by each contestant are below.
Thanks to game sponsors Texas Instruments, Maplesoft, and John Wiley and Sons. Thanks also to Allan Mills and Brian O'Connor of the Tennessee Tech Department of Mathematics for arranging the event, and to the high school students and teachers of middle and east Tennessee who participated in the mathematical morning.
Math trumps meter maids
Photographs by: Who Wants to Be a Mathematician judge and co-creator Bill Butterworth of the DePaul University Department of Mathematical Sciences, and Sandy Frost of the AMS.