Programming Process With Pascal

Gersting, Judith, L.

Business & Money

West Group

This well-thought-out text, filled with many special features, is designed for a two-semester course in calculus for technology students with a background in college algebra and trigonometry. The author has taken special care to make the book appealing to students by providing motivating examples, facilitating an intuitive understanding of the underlying concepts involved, and by providing much opportunity to gain proficiency in techniques and skills.Initial chapters cover functions and graphs, straight lines and conic sections, new coordinate systems, the derivative, using the derivative, integration and using the integral. The last four chapters focus on derivatives of transcendental functions, patterns for integrations, series expansion of functions, and differential equations.Throughout, the writing style is clear, readable and informal. Examples are abundant and have complete worked solutions. Practice problems appear in the body of the text in each section; these are relatively easy and are intended to be worked by the student as soon as they are encountered. Each new type of example in the text is followed by a practice problem that allows the student to gain immediate reinforcement in applying the problem-solving technique illustrated by the example. Answers to all practice problems are given at the back of the book, many with worked-out solutions.Other learning aids include the division of complex problem-solving processes into a series of step-by-step tasks, numerous exercises at the end of each section and a Status Check at the end of each chapter that helps students review what they have learned. Additional review exercises and a glossary, with definitions and page references, round out the book.

Technical Calculus With Analytic Geometry

Science & Math

Mathematics

Wadsworth Pub. Co.

Invitation to Computer Science 2004

Schneider, G.Michael

MILLER, Keith

Thomson Learning

A brief introduction to switching patterns in mathematical logic.

Yes--No, Stop--Go: Some Patterns in Mathematical Logic (Young Math Books)

Madden, Don

Kuczkowski, Joseph E.

Children's Books

Harpercollins

This textbook offers an introduction to discrete mathematical structures.

Mathematical Structures for Computer Science

W.H.Freeman

The algorithms in this text have been rewritten in a language-neutral pseudocode making the book useful to computer science students. Each chapter begins with a "motivating problem" which occurs later as an exercise. Tables and bullet notes have been added througout, with examples.

Math Struct. 2/E Sol Manual.: Genius and Other M

W.H.Freeman & Company

New edition of the classic discrete mathematics text for computer science majors.

Mathematical Structures for Computer Science: A Modern Treatment of Discrete Mathematics

Computers & Technology

Computing Curricula 2001 (CC2001), a joint undertaking of the Institute for Electrical and Electronic Engineers/Computer Society (IEEE/CS) and the Association for Computing Machinery (ACM), identifies the essential material for an undergraduate degree in computer science. This Sixth Edition of Mathematical Structures for Computer Science covers all the topics in the CC2001 suggested curriculum for a one-semester intensive discrete structures course, and virtually everything suggested for a two-semester version of a discrete structures course. Gersting's text binds together what otherwise appears to be a collection of disjointed topics by emphasizing the following themes: • Importance of logical thinking • Power of mathematical notation • Usefulness of abstractions

Mathematical Structuresfor Computer Science has long been a leading textbook in its field. In this latest edition, judith Gersting takes a fresh new approach to communicating the often elusive concepts of discrete mathematics-one that is particularly appropriate for beginning students of computer science. Thoroughly revised and streamlined the book now homes in on the fundamentals of discrete mathematics, providing clear explanations of basic topics such as predicate logic, program verification, and recursion. It features a number of new examples and applications that todav's computer science student will find particularly relevant and fascinating. Numerous new computer exercises, study aids, and 'practice problems' that help reinforce understanding through laboratory-srvle experimentation have been added. New for this edition: Expanded treatment of predicate logic. Expanded discussion of recursion. Fuller treatment of program verification. New systematic solution strategies for certain tv es of recurrence relations. Thorough coverage of complete induction. Discussions of set implementations in programming languages, object-oriented programming, and relational database operations. Separate sections on inclusion/exclusion and the pigeonhole principle. New coverage of entity/relationship database design and topological sorting-* Additional graph theory algorithms. An instructor's manual is also available.

Mathematical Structures for Computer Science (Mathematical Sciences)

GERSTING

Computer Science

W.H.Freeman & Co.

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