A Handbook On Numerical Technique Lab (MATLAB Based Experiments)
 ISBN: 9788189866433
 Author: K K Mishra
 Availability: In Stock
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A Handbook On Numerical Technique Lab (MATLAB Based Experiments) by K K Mishra

Book Summary: 
This book is primarily written for third semester electrical engineering and electronics engineering students under UPTU. It covers all the experiments prescribed by UPTU for Numerical Technique Lab (JEE 351). Besides the syllabus, a lot of other important experiments such as frequency response, 2D and 3D plots, statistics have also been covered. 
Audience of the Book : 
The software MATLAB has wide applications in education as well as in industry. Students of other branches of engineering, and professionals will also find this book very useful. 
Key Features: 
The main features of the book are as follows: 1.This book is designed to make students understand basics of MATLAB and its application to solve mathematical problems 2.At the end of the book, multiple choice questions have also been included with answers. 3.Divided into two sections section A deals with the theoretical concepts, and section B includes 15 experiments using MATLAB. 
Table of Contents: 
Section A 1.Introduction 2.Basics 3.Accessories Section B A : Basic Mathematics Experiment No.1 : Study of Basic Matrix Operation Experiment No.2 : Solution of Linear Equations Experiment No.3 : Determination of Eigenvalues and Eigenvectors of a Square Matrix Experiment No.4 : Solution of Linear Equations for Underdetermined and Overdetermined Cases Experiment No.5 : Determination of Roots of a Polynomial Experimen No.6 : Plotting of 2D and 3D Curves Experiment No.7 : Determination of a Polynomial using Method of Least Square Curve Fitting Experiment No.8 : Determination of Polynomial Fit, Analyzing Residuals, Exponential Fit and Error Bounds from Given Data B : Calculus Experiment No.9 : Differentiation and Integration of a Given Function Experiment No.10 : Solution of Ordinary Differential Equation (ODE) C : Application Experiment No.11 : Solution of Differential Equation by Euler Method Experiment No.12 : Solution of Differential Equation using Fourth Order RungeKutta Method Experiment No.13 : Determination of Time Response of RLC Circuit D : Additional Experiment No.14 : Frequency Response of a Transfer Function Experiment No.15 : Other Useful Exercises 