Introduction to C++, Excel, MATLAB & basic engineering numerical methods v1.1 / Harvey G. Stenger, Charles R. Smith.

By: Stenger, Harvey [author.]Contributor(s): Smith, Charles R [author.]Material type: FilmFilmLanguage: English Upper Saddle River, N.J. : Pearson Education, 2009©2009 Description: 1 videodisc (DVD-ROM) : sd., col. ; 4 3/4 in. + quick reference guideContent type: text Media type: computer Carrier type: computer disc ISBN: 0136120245 (DVD)Other title: Introduction to C++, Excel, MATLAB and basic engineering numerical methods v1.1 | C++, Excel, MATLAB & basic engineering numerical methodsSubject(s): MATLAB | Microsoft Excel (Computer file) | C++ (Computer program language) | Numerical analysis -- Data processingLOC classification: QA76.73.C153 S84 2009
Contents:
Chapter 1. Introduction 1.1 Getting Started 1.2 Learning the material 1.3 Files and Folders 1.4 Moving Files around 1.5 The Choice of C++, Excel, and MATLAB Chapter 2. Programming in C++ 2.1 Installing the Dev-C++ Compiler 2.2 Organizing and running a simple C++ Program 2.3 Basic C++ Concepts and operations 2.4 Input and output in C++ 2.5 Control Statements: if, else if, and else blocks 2.6 Control Statements: While loops 2.7 Control Statements: do-While, and for loops 2.8 Formatted output 2.9 User defined functions - single result functions 2.10 User defined functions-void functions 2.11 Arrays: single indexed (1-D) 2.12 Using arrays 2.13 Arrays: Double indexed (2-D) 2.14 Closing comments 2.15 Websites for more C++ training Chapter 3. Excel 3.1 Getting Started 3.2 Navigating Excel 3.3 Basic Calculations 3.4 Formatting a table 3.5 Plotting data part I 3.6 Plotting data part II 3.7 Importing text files 3.8 Excel functions 3.9 Using if Statements Chapter 4 Numerical Methods and Engineering Calculations 4.1 Linear Interpolation 4.2 Elementary Statistics 4.3 Linear regression 4.4 Root Finding: substitution, bisection 4.5 Root Finding: Newton's method, secant method 4.6 Root Finding: using Excel 4.7 Numerical differentiation 4.8 Numerical integration 4.9 Euler's method for differential equations Chapter 5. Programming in MatLab 5.1 Getting Started 5.2 Understanding Matrices 2.3 Using MatLab help 5.4 Command line mode 5.5 Some matrix math 5.6 M files 5.7 Inputting data 5.8 Plotting 5.9 Input from Files 5.10 Formatted output 5.11 if blocks 5.12 Loops: for and while 5.13 Writing to files 5.14 User defined functions 5.15 MatLab Functions 5.16 MatLab fun funs
Summary: Illustrates engineering concepts and provides multiple techniques and applications to explore these concepts.
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DVD MEF Üniversitesi Kütüphanesi
Ödünç Bankosu QA 76.73 .C153 S84 2009 DVD (Browse shelf (Opens below)) Available 0005070

Title from disc label.

Chapter 1. Introduction 1.1 Getting Started 1.2 Learning the material 1.3 Files and Folders 1.4 Moving Files around 1.5 The Choice of C++, Excel, and MATLAB Chapter 2. Programming in C++ 2.1 Installing the Dev-C++ Compiler 2.2 Organizing and running a simple C++ Program 2.3 Basic C++ Concepts and operations 2.4 Input and output in C++ 2.5 Control Statements: if, else if, and else blocks 2.6 Control Statements: While loops 2.7 Control Statements: do-While, and for loops 2.8 Formatted output 2.9 User defined functions - single result functions 2.10 User defined functions-void functions 2.11 Arrays: single indexed (1-D) 2.12 Using arrays 2.13 Arrays: Double indexed (2-D) 2.14 Closing comments 2.15 Websites for more C++ training Chapter 3. Excel 3.1 Getting Started 3.2 Navigating Excel 3.3 Basic Calculations 3.4 Formatting a table 3.5 Plotting data part I 3.6 Plotting data part II 3.7 Importing text files 3.8 Excel functions 3.9 Using if Statements Chapter 4 Numerical Methods and Engineering Calculations 4.1 Linear Interpolation 4.2 Elementary Statistics 4.3 Linear regression 4.4 Root Finding: substitution, bisection 4.5 Root Finding: Newton's method, secant method 4.6 Root Finding: using Excel 4.7 Numerical differentiation 4.8 Numerical integration 4.9 Euler's method for differential equations Chapter 5. Programming in MatLab 5.1 Getting Started 5.2 Understanding Matrices 2.3 Using MatLab help 5.4 Command line mode 5.5 Some matrix math 5.6 M files 5.7 Inputting data 5.8 Plotting 5.9 Input from Files 5.10 Formatted output 5.11 if blocks 5.12 Loops: for and while 5.13 Writing to files 5.14 User defined functions 5.15 MatLab Functions 5.16 MatLab fun funs

Illustrates engineering concepts and provides multiple techniques and applications to explore these concepts.

System requirements: IBM compatible PC; 256MB RAM (512MB recommended); Windows XP or later; 2.5GB of free hard disk space.

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