Elementary books by good mathematicians

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I'm interested in elementary books written by good mathematicians. For example:

  • Gelfand (Algebra, Trigonometry, Sequences)
  • Lang (A first course in calculus, Geometry)

I'm sure there are many other ones. Can you help me to complete this short list?

As for the level, I'm thinking of pupils (can be advanced ones) whose age is less than 18.

But books a bit more advanced could interest me. For example Roger Godement books: Analysis I & II are full of nice little results that could be of interest at an elementary level.

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V. Arnol'd's book Mathematical Methods of Classical Mechanics is superb.

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How to Solve it By George Polya.

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Not sure how easy an 18 year old might grasp this, but

Paul R. Halmos' Naive Set Theory is definitely a keeper. (obviously on set theory; relatively non-axiomatic)

This is a little more elementary and I think is definitely a good read especially since most high school students live in the world of pre-rigorous mathematics; I think everyone's first exposure to rigorous math is through proofs:

David C. Velleman's How to Prove it (introductory set theory and proof-writing)

EDIT: Age is not an indicator of ability.

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By the way, I don't think age is necessarily the optimal criterium. And at 17 -18, some are already in college. So ability and intent are perhaps more relevant.

If you are not constrained to books per se, here is a link to a free download of what can be considered verbatim transcripts of lectures on real analysis by Fields Medal winner Vaughan Jones.

Here you will find a great mathematician artfully taking the student along assuming no prior knowledge, giving just the right amount of guidance each step of the way.

I personally feel they are akin (although on a smaller scale) to Feynman's lectures on physics: where a real master knows just how to present challenging material to (at the outset) beginning students.

As well, real analysis can be considered the transitional material going from a somewhat mechanical approach to a conceptual, rigorous study of math.

https://sites.google.com/site/math104sp2011/lecture-notes

Also here are books on geometry from Berkeley Math Circle:

  1. Kiselev's Geometry: Book 1, Planimetry Translated from Russian by Alexander Givental Published by: Sumizdat This is a wonderful, easy-going introduction to plane geometry, which was used for decades as a regular textbook in Russian middle schooles. It has been translated from its original Russian to English by one of UC Berkeley's very own math instructors, Professor Alexander Givental. Price: $25

Highly Recommended for BMC Intermediate and Advanced

  1. Kiselev's Geometry: Book 2, Stereometry Translated from Russian by Alexander Givental Published by: Sumizdat This is the second volume of the famous Kiselev's work. A marvelous self-contained exposition on stereometry that proved to be a favorite for generations of students and mathematicians in Russia. Thanks to our UC Berkeley Professor Alexander Givental this book is now available in English. Price: $15

and a link to their recommended publications:

http://mathcircle.berkeley.edu/index.php?options=bmc|recommendedbooks|Recommended%20Books

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Geometry Revisited by H Coxeter

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The Shape of Space by Jeffrey R. Weeks.

To get an idea for some of the topics covered in this book, check this out.

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Walter Rudin Priciples of Mathematical Analysis

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André Weil's Number theory for beginners is wonderful.

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Serre's "A Course in Arithmetic".

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A course of Pure Mathematics by G.H. Hardy.

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Calculus by Michael Spivak.

It's very rigorous, but it starts from ground zero.

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"Mathematics - Form and Function", by Saunders MacLane could be read by a bright 18-year old.