Mark Robert Rank, Arts & Sciences at Washington University in St. Louis
With low-scoring games and a preponderance of deflected shots, randomness is much more likely to color NHL teams’ records than those of squads in the other four major US pro sports leagues.
Manil Suri, University of Maryland, Baltimore County
Here’s a game: Tell a friend to give you any number and you’ll return one that’s bigger. Just add ‘1’ to whatever number they come up with and you’re sure to win.
Imagine if you enrolled your child in swimming lessons but instead of a qualified swimming instructor, they were taught freestyle technique by a soccer coach.
What mathematicians call ‘disordered collections’ can help engineers explore real-world worst-case scenarios. The simple card game Set illustrates how to predict internet and electrical grid failures.
People young and old love the classic video game Tetris. A working knowledge of the spatial reasoning concepts underlying Tetris can set students up for success in mathematics.
Multiplication facts typically describe the answers to multiplication sums up to 10x10. They are called “facts” as it is expected they can be easily and quickly recalled.
Is it a STEM education or a STEAM education? Integrating arts into science programming and vice versa can pique kids’ curiosity − a play touring Michigan aims to do just that.
They are popular because they are popular, which is a circular argument that suits a pie chart. But there are some serious downsides to using the humble pie.
AI will not become sentient and decide to kill us all. But our own conscious or unconscious beliefs about AI can potentially increase the likelihood of any outcome, including catastrophic ones.
Findings of a study suggest using a ‘hundreds chart’ showing numbers one through 100, beginning with one in the top-left corner, fosters children’s counting by 10s.
The logic of shared birthdays is stranger than you might think, but learning to understand counter-intuitive mathematics is key to seeing the world clearly.