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Linear Algebra with Python by Sean Fitzpatrick




Linear Algebra with Python - Table of Contents

  • 1. Vector spaces
  • 2. Linear Transformations
  • 3. Orthogonality and Applications
  • 4. Diagonalization
  • 5. Change of Basis
  • Appendix A: Review of Complex Numbers
  • Appendix B: Computational Tools

What You Will Learn in Linear Algebra with Python

Linear Algebra with Python by Sean Fitzpatrick is an exceptional linear algebra with python pdf resource that perfectly combines essential mathematical theory with real coding examples. It helps students understand foundational linear algebra for beginners with python, making complex abstract topics significantly easier to grasp through computational methods and clear data visualizations. The text covers vectors, matrices, linear transformations, eigenvalues, and orthogonality using simple language.

One of the best features of this guide is its core focus on learning linear algebra using python programming instead of only solving long equations by hand. Readers can apply theoretical concepts directly with Python tools like NumPy and Matplotlib. This practical framework makes the book highly useful for students interested in machine learning mathematics, data science, computer graphics, and scientific computing.

The text is ideal for university students, self-learners, and programmers looking for a strong foundation in applied linear algebra with python examples. Its interactive and practical teaching style helps readers connect mathematical models with real-world applications. Overall, it serves as an excellent python-based linear algebra textbook for data science and AI learning.

Book Details & Specifications

Title: Linear Algebra with Python by Sean Fitzpatrick
Publisher: University of Lethbridge
Year: 2023
Pages: 235
Type: PDF
Language: English
ISBN-10 #: N\A
ISBN-13 #: N\A
License: CC BY 4.0
Amazon: Amazon

About the Author: Sean Fitzpatrick

The author Sean Fitzpatrick is a dedicated instructor in the Department of Mathematics and Computer Science at the University of Lethbridge. He specializes in integrating modern programming tools into core mathematical education to help students learn effectively.


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