MATHEMATICAL ADVENTURES WITH PYTHON - PETER FARRELL

Discover the fascinating world of mathematics and programming with the book "Mathematical Adventures with Python" by Peter Farrell. This unique publication combines learning with practical application, showing how the Python programming language can be used to visualize and solve various mathematical problems. Ideal for students, learners, and all enthusiasts who want to deepen their knowledge in an interactive and engaging way.

• Visualization of solutions: Learn to represent mathematical problems graphically using Python.
• Practical application: Use code to study algebra, trigonometry, matrices, and cellular automata.
• Automation of tasks: Write programs to quickly solve equations and automate tedious calculations.
• Creation of graphics: Learn to draw and transform figures, create sine waves, and solve equations graphically.
• Exploration of fractals: Generate fractals such as the Koch snowflake or the Sierpinski triangle using recursion.
• Code breaking: Use genetic algorithms to break secret codes.
• Interactive learning: Perform numerous examples and exercises with increasing levels of difficulty.

The book "Mathematical Adventures with Python" is not only a textbook but also an inspiring journey through the world of mathematics and programming. Peter Farrell, an experienced programmer and teacher, introduces readers to the secrets of Python in an accessible way, showing how it can be used to solve mathematical problems. Thanks to this book, learning becomes more practical, interesting, and engaging.

The Scientific Publishing House PWN, known for its high-quality educational publications, puts into the hands of readers a book that combines theory with practice. "Mathematical Adventures with Python" is an excellent choice for anyone who wants to develop their programming and mathematical skills in a creative and effective way. The book contains numerous examples and exercises that help to understand and consolidate the acquired knowledge.

With this book, you will learn how to draw and transform two-dimensional and three-dimensional graphic objects using matrices, draw colorful patterns such as the Mandelbrot and Julia sets using complex numbers, use recursion to create fractals such as the Koch snowflake or the Sierpinski triangle, generate virtual sheep that graze and reproduce, and break secret codes using genetic algorithms. By performing the numerous examples and exercises of increasing difficulty in this book, you will program your own solutions and create beautiful visualizations, and you will see how much more interesting learning mathematics can be!

The book has 320 pages, a format of 236x164 mm, and a paperback cover. It was published in 2019 by the Scientific Publishing House PWN.