Pythagorean Pridefulness

I needed to purchase a small storage bin to hold my loose assortment of biking paraphernalia.  Since most of the stuff is small–patches, wrenches, portable lights, and the like–the only potentially problematic piece was my portable bike pump.  Whatever box I bought would have to be able to hold this long, thin cylinder.

I briefly considered planning ahead by taking some measurements before my trip to Target.  “It isn’t necessary,” I thought to myself.  “I’m very familiar with the Pythagorean Theorem.  I should easily be able to identify and purchase a prism whose longest diagonal more than meets my needs.”

So now I must live with a un-closeable box until I feel I have learned my lesson.

Basketball and Graph Theory

This is an fascinating article about how scientists at Arizona State University’s Center for Social Dynamics and Complexity are using mathematical modeling to study and evaluate basketball teams.

http://asunews.asu.edu/20110406_nbadynamics

Through analyzing ball movement on offense, a graph, or network, is created to model the team’s play.  By studying and comparing these networks, ASU mathematicians and scientists are able to start asking, and answering, interesting mathematical questions.

For example, the LA Lakers were identified as a “high entropy” team.  This means that the Lakers’ ball movement on offense is less predictable than a “low entropy” team like the Utah Jazz.

Furthermore, analysis suggests that a player’s shooting percentage may not be the most important quantitative characteristic on offense; the shot by itself may be less important than the sequence of plays that led up to it.

Another fascinating and exciting story at the intersection of math and sports!

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