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We have three responses for you Dear John , I'm not an expert in teaching children so the best I can do is offer an uneducated opinion based on my beliefs. My suggestion is to look for topics that build logic and problem solving skills. Discrete math and discrete probability are good choices for that. There is a beautiful old book by Ivan Niven called "How to count without counting" that is easy to read. Probably it isn't at the right level for a seventh grader, but you could look at it and introduce him to the material. Another suggestion is classical Euclidean geometry. There might even be some good software tools (or toys) that might help turn it into more of a process of discovery. Perhaps you could investigate Geometers Sketchpad? Finally, I would suggest using math to help also develop language skills. For that I suggest lots of exercises that require careful reading, followed by questioning and thinking, followed by a reasonably detailed written solution (more often than a computation leading to a number). Best of luck.
John, I completely agree with your decision to go for breadth. We need our best mathematical minds to learn as much as possible, not to finish as young as possible. http://cs.stmarys.ca/~dawson/funstuff.html A couple seem to be dead - I don't know what has happened to Vladimir Bulatov's page - and a few more may not be relevant. I do recommend the books on the book page. POV-Ray and Life seem to be perennial favorites among smart kids One author I haven't (yet) included is Dennis Shasha, whose "Dr Ecco" books are challenging and well written, in the same genre as Smullyan. Good Hunting!
Not sure how to adapt this - but here is something I did in the past with a high school student who had completed the current curriculum. The Russian (well almost any European) curriculum is years ahead of North American curriculum in geometry. It was challenging for both of us! I anticipate there would be comparable books for children his age. Walter Whiteley | ||||||||||||
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Math Central is supported by the University of Regina and The Pacific Institute for the Mathematical Sciences. |