An Introduction To Computer Science Using C John Carter Pdf Creator
An Introduction to Computer Science Using C 2e is intended to provide students who are completely new to computer science with an introduction to the C programming language and techniques for problem-solving using a computer. Although a great deal of the book is devoted to features of C, the book does not cover the language completely. Instead, it focuses on those aspects of the C language that are needed to introduce ideas about problem solving with a computer. C is a means to this end rather than the end in itself. Autocad Mechanical 2008 Free Download.
An Introduction To Computer Science Using C John Carter. Free e-books and guides on Computer Science. Distribution Using Smart Cards, (ps, pdf).
To purchase an ebook option of this textbook, please visit our site. No Bs Day Trading Rapidshare Free. Getting Started • Introduction • A First Program • Developing C Programs • Integer Types • Other Basic Data Types • Identifiers and Variables • Assigning Values to Variables • Printing and Reading Values of Variables • Constants • Avoiding Errors and Debugging • Review Exercises 1 2. Programs that Calculate • Basic Arithmetic Operations • Assigning and Printing Expressions • Increment and Decrement Operators • More Assignment Operators • Arithmetic and Characters • Using Mathematical Functions • Avoiding Errors and Debugging • Review Exercises 2 3. Decision Making • Decisions and Relational Expressions • The if Statement • Logical Operators • Nested if Statements • Choosing From Many Alternatives • Conditional Expressions • Avoiding Errors and Debugging • Review Exercises 3 4.
Repetition • while Statements • do Statements • Simple for Statements • Variations on for Statements • Comparing Loop Structures • Nesting Loop Structures • Avoiding Errors and Debugging • Review Exercises 4 5. Functions • Basics • Parameters • Functions that Return Values • Pointer Parameters • Functions that Return bool Values • Scope and Storage Classes • Programming with Functions • Organizing Larger Programs • Avoiding Errors and Debugging • Review Exercises 5 6. Arrays • Tables and Arrays • Using Arrays • Arrays and Pointers • Multi-Dimensional Arrays • Avoiding Errors and Debugging • Review Exercises 6 7. Strings • String Basics • Reading and Writing Strings • String Functions • Direct String Manipulation • Arrays of Strings • Command Line Arguments • Avoiding Errors and Debugging • Review Exercises 7 8.
Recursion • Everyday Recursion • Recursion in Mathematics • Recursive Queries • Recursive Commands • Backtracking Algorithms • Avoiding Errors and Debugging • Review Exercises 8 9. Searching and Sorting • Sequential Search • Binary Search • Insertion Sort • Selection Sort • Bubble Sort • Shellsort • Quicksort • Comparing Algorithms • Analysis of Recursive Algorithms • Review Exercises 9 10. Dynamic Data Structures • Creating Structures • Dynamic Memory Allocation • Linear Lists and Linked Lists • More Operations on Linked Lists • Stacks and Queues • Recursive List Processing • Binary Trees • Binary Search Trees • Avoiding Errors and Debugging • Review Exercises 10 APPENDICES • A: Integers and Characters • B: Formatted Input and Output • C: Operators in C • D: Files • E: Answers to Exercises. New to this Edition Early Introduction to programming, which allows students to able to write simple C programming after completing the second section in Chapter 1. Various forms of exercises including short, drill type questions, and short programming exercises follow each section in the text to reinforce the ideas in the section and enable students to integrate each new idea into the previous concepts. There are many review exercises at the end of every chapter. For all chapters other than the first one, the review exercises conclude with large, challenging projects.
Paths through the book: The first five chapters should probably be studied in sequence, but not every topic needs to be covered. In particular, trigonometric, exponential, and logarithmic functions (in Section2.6), the case statement (in Section 3.5), and the conditional statement (in Section 3.6) can all be omitted without fear of loss of continuity. After Chapter 5, the reader is fairly free to choose the order of topics. Avoiding errors and debugging topics are included at the ends of chapters. These sections point out the pitfalls that may occur in implementing the new ideas of the chapters, suggest ways of avoiding these pitfalls, and examine techniques for detecting and correcting errors that may still arise.
Appendix E contains answers to all non-programming questions in the text.
