This workbook is ideal for self-study, featuring problems that progress from easy to difficult in a step-by-step manner. At the beginning of each chapter, the author explains fundamental concepts and problem-solving techniques, supplemented by illustrative examples. Each chapter concludes with practice problems and complete solutions, making it an excellent resource for reinforcing foundational calculus knowledge.
Last updated on:
This book is especially suited for understanding calculus from a physical perspective. Many concepts in physics become remarkably simple when approached through the ideas of calculus, eliminating the need to memorize formulas or rote problem-solving techniques.
Last updated on:
All scientific knowledge should help you see the world clearly, not just be about plugging into formulas and calculating answers.
Last updated on:
An introductory calculus book written by British physicist Silvanus Phillips Thompson in 1910, more than a century ago
Last updated on:
This site can simulate the folding process of any origami pattern, but instead of folding the paper sequentially, it attempts to fold all creases simultaneously. The principle involves iteratively solving the subtle geometric displacements of an initially flat sheet caused by crease forces.
Last updated on:
As you study mathematics for a longer period, you'll find that the higher the level of abstraction in a theory, the wider its applicability.
Last updated on:
The bible of algorithms, Introduction to Algorithms, known in Chinese as 《算法导论》
Last updated on:
Originally an open-source project, this website aggregates free learning resources across various programming languages and technical fields, especially eBooks.
Last updated on:
This book is only 100 pages long and concise. The author aims to teach readers how to train a large model in the shortest possible time.
Last updated on:
Infinity is not only a concept in mathematics but also a common notion in physics and philosophy.
Last updated on: