Ian Stewart’s Cabinet of Mathematical Curiosities was a fun
read. Technically, it didn’t fit as an academic or reference book. It had
nothing about “serious” math, which made it that much better. Unlike the
previous books, it was basically just a compilation of fun math-related games
and stories. It even had all the answers at the end of the book, which removed
that annoying itch when you don’t know the answer (though I mostly looked at
the answers before thinking seriously, that “answers at page ___” was just too
tempting).
Reading the book felt like reading a magazine, where you don’t
need to retain anything, you just pass through every page. And every now and
then skip those excessively long or complicated parts or those that you can’t
relate too (who cares about coloring maps with only four colors? Not me…).
I enjoyed most of the entries, though I skipped a lot of
them, some because I have already heard them before while some because they
seemed boring. The only thing that kept me going was the interesting opening
letter from Ian Stewart, it made me want to read everything until those “challenging”
ones. But didn’t enjoy those, I was too tired and bored when I reached that
part. Mainly because Ian Stewart lied, by page 38 the mixed in “easy stuff” couldn’t
even come close to stop those “challenging” ones from wearing down my brain. You
can’t possibly notice “easy stuff” when its surrounded by problems like Fermat’s
Last Theorem and extradimensional ouroborus.
Overall, I just read those short stories and puzzles while
avoiding those serious problems and even those easier ones (when I see more
than 1 page or a lot of numbers and solutions… I skipped them). Also I had too
much free during high school that I already knew most of those calculator
tricks. I also tried out the first few physical problems like the pentagon
paper and string thing, but it was difficult preparing the items or finding
alternatives so I eventually skipped the preceding ones. Now that I enumerated
most of them, I don’t think I read even half of the book.
Overall, again, the book taught me a lot of new and
interesting things about math, most of which weren't or will not be taught in
class rooms. I also relearned a lot of things that I thought were too childish
or nerdy for me to remember. I really enjoyed reading it, unlike before I didn't
feel to guilty skipping some parts, since they didn't really relate to each
other unlike the past books. In fact, I copied it to my computer since I really
think I may read it cover to cover some day in the future… if I have absolutely
nothing else to do… absolutely nothing else…
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