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Differential Equations & Linear Algebra with Wolfram Mathematica

Balnur Zhaidarbek
Aruzhan Tleubek
Yanwei Wang
Book information

Publisher: Nazarbayev University School of Engineering and Digital Sciences
Copyright year: 2022
Medium: ebook
Pages: 302

Introduction to Wolfram Mathematica
First-Order ODEs
Second-Order ODEs (Homogeneous)
Second-Order ODEs (Nonhomogeneous)
Applications of 2nd-order ODEs: Forced Oscillations
Basics of Laplace Transforms
Solving ODEs by Laplace Transforms
Series Solution of ODEs
Systems of Linear Equations
Matrix Operation and Inverse
LU Factorization and Determinants
Eigenvalues and Eigenvectors
Linear Algebra and Geometry
System of Linear First-Order ODEs

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This book is written primarily for students enrolled in the course “Engineering Mathematics III (Differential Equations and Linear Algebra)” (ENG200) at Nazarbayev University. ENG200 is a compulsory course offered to all 2nd-year engineering students. This course has a computational lab session where students are expected to practice what they have learned in the theoretical sessions on computers with Wolfram Mathematica. The content of the book has been designed to equip young engineering students with as much knowledge on all topics as is desirable from the point of view of the ENG200 course learning outcomes. Efforts have been made to make the fundamental subjects in every engineering curriculum, such as Ordinary Differential Equations (ODEs) and linear algebra, more exciting and engaging with the help of the Wolfram Mathematica language. Every subject (listed in the table of contents) has been summarized and supported by several solved sample problems. In addition to analytical math skills, the book helps to learn Wolfram Mathematica programming software. Learning Wolfram Mathematica takes time, effort, and dedication, like acquiring any new skill. Therefore, we believe this learning journey will also benefit our readers to become more self-disciplined.

*Mathematics > Algebra > Linear Algebra
*Mathematics > Calculus and Analysis > Differential Equations

Engineering Mathematics, Ordinary Differential Equations, Linear Algebra