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Introduction to Mathematical Structures and Proofs (Hardcover, 2nd ed. 2012)
Loot Price: R1,505
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Introduction to Mathematical Structures and Proofs (Hardcover, 2nd ed. 2012)
Series: Undergraduate Texts in Mathematics
Expected to ship within 12 - 17 working days
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Reviews of the first edition: ..".Gerstein wants-very gently-to
teach his students to think. He wants to show them how to wrestle
with a problem (one that is more sophisticated than "plug and
chug"), how to build a solution, and ultimately he wants to teach
the students to take a statement and develop a way to prove
it...Gerstein writes with a certain flair that I think students
will find appealing. For instance, after his discussion of
cardinals he has a section entitled Languages and Finite Automata.
This allows him to illustrate some of the ideas he has been
discussing with problems that almost anyone can understand, but
most importantly he shows how these rather transparent problems can
be subjected to a mathematical analysis. His discussion of how a
machine might determine whether the sequence of words "Celui
fromage de la parce que maintenant" is a legitimate French sentence
is just delightful (and even more so if one knows a little
French.)...I am confident that a student who works through
Gerstein's book will really come away with (i) some mathematical
technique, and (ii) some mathematical knowledge. -Steven Krantz,
American Mathematical Monthly "This very elementary book is
intended to be a textbook for a one-term course which introduces
students into the basic notions of any higher mathematics
courses...The explanations of the basic notions are combined with
some main theorems, illustrated by examples (with solutions if
necessary) and complemented by exercises. The book is well written
and should be easily understandable to any beginning student." -S.
Gottwald, Zentralblatt This textbook is intended for a one-term
course whose goal is to ease the transition from lower-division
calculus courses to upper-division courses in linear and abstract
algebra, real and complex analysis, number theory, topology,
combinatorics, etc. It contains a wide-ranging assortment of
examples and imagery to motivate and to enhance the underlying
intuitions, as well as numerous exercises and a solutions manual
for professors. The new material in this second edition includes
four more topics in number theory, a brief introduction to complex
numbers, and a section on graph theory and combinatorial topics
related to graphs. Introducing these additional topics gives the
reader an even broader view of the mathematical experience.
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