Learning Discrete Mathematics with ISETL
Published on 6. December 2012
XVII, 416 pages
978-1-4612-3592-7 (ISBN)
Description
The title of this book, Learning Discrete Mathematics with ISETL raises two issues. We have chosen the word "Learning" rather than "Teaching" because we think that what the student does in order to learn is much more important than what the professor does in order to teach. Academia is filled with outstanding mathematics teachers: excellent expositors, good organizers, hard workers, men and women who have a deep understanding of Mathematics and its applications. Yet, when it comes to ideas in Mathe matics, our students do not seem to be learning. It may be that something more is needed and we have tried to construct a book that might provide a different kind of help to the student in acquiring some of the fundamental concepts of Mathematics. In a number of ways we have made choices that seem to us to be the best for learning, even if they don't always completely agree with standard teaching practice. A second issue concerns students' writing programs. ISETL is a pro gramming language and by the phrase "with ISETL" in the title, we mean that our intention is for students to write code, think about what they have written, predict its results, and run their programs to check their predic tions. There is a trade-off here. On the one hand, it can be argued that students' active involvement with constructing Mathematics for themselves and solving problems is essential to understanding concepts.
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Nancy Baxter | Edward Dubinsky | Gary Levin
Learning Discrete Mathematics with ISETL
Book
11/1988
Springer
€96.29
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Content
1 Numbers, Programs, and ISETL.- 1.1 Preview.- 1.2 Overview of ISETL.- 1.3 Integers.- 1.4 Integer Operations.- 1.5 Special Binary Integer Operators.- 1.6 Random Integers.- 1.7 Floating-Point, Rational, and Real Numbers.- 1.8 Floating-Point Operations.- 1.9 Other Simple Data Types.- 2 Propositional Calculus.- 2.1 Preview.- 2.2 Boolean Variables and Expressions.- 2.3 Reasoning and Boolean Expressions.- 2.4 Methods of Proof.- 2.5 Predicate Calculus: First Pass.- 2.6 Propositions as Objects.- 3 Sets and Tuples.- 3.1 Preview.- 3.2 Introduction to Sets.- 3.3 Set Operations.- 3.4 Set Formation.- 3.5 Tuples and Tuple Operations.- 3.6 One-Liners.- 3.7 The Compound Operator.- 4 Functions.- 4.1 Preview.- 4.2 Representations of Functions.- 4.3 Function Operations.- 4.4 Applications of Functions.- 5 Predicate Calculus.- 5.1 Preview.- 5.2 Single-Level Quantification.- 5.3 Two-Level Quantification.- 5.4 Three-Level Quantification.- 5.5 Quantification in Math and CS.- 6 Combinatorics, Matrices, Determinants.- 6.1 Preview.- 6.2 Combinatorics.- 6.3 Matrices.- 6.4 Determinants.- 7 Mathematical Induction.- 7.1 Preview.- 7.2 Proposition Valued Functions of N.- 7.3 Modus Ponens.- 7.4 Implication Valued Functions of N.- 7.5 Making Proofs by Induction.- 7.6 Variations on the Induction Theme.- 8 Relations and Graphs.- 8.1 Preview.- 8.2 Relations and Their Representations.- 8.3 Properties of Relations.- 8.4 Digraphs.- ISETL order form.
