The book "Mathematics: Table of the main types of differential equations and methods of their solution: Methodical instructions for students of all" is an indispensable assistant for those who seek to understand more deeply the complex and multifaceted world of differential equations. Created by a team of authors, this book is a unique combination of theoretical material and practical recommendations that will help students, teachers and researchers to master the most important methods of analyzing and solving various types of differential equations. The focus of this book is a systematic table that collects the main types of differential equations, ranging from simple linear to complex nonlinear systems. The author’s team carefully structured the material so that the reader could easily navigate the variety of methods, whether it was classical integration, the method of parameter variation, the use of integral transformations or modern numerical approaches. Each table is not just a set of formulas, but a living guide to the world of differential equations, which helps to understand which method to choose in a particular situation. This book is especially valuable for students of technical, mathematical and engineering specialties, as well as for those who are engaged in applied mathematics and programming. It is suitable for both beginners and those who already have basic knowledge, but want to systematize them and learn how to quickly find optimal solutions to complex problems. The structure of the book makes it easy to navigate the material, and practical examples and recommendations make learning not only useful, but also fascinating. The topics raised in the book cover a wide range of issues from classical methods of solving linear equations to modern approaches to nonlinear systems. Particular attention is paid to the practical application of theoretical knowledge, which makes the book a valuable tool for solving real engineering and scientific problems. An important feature is the presence of tables that serve as a quick reference, allowing students and specialists to quickly find the desired method and apply it in practice. The author's style of collective authors is distinguished by clarity and logical consistency, which makes even the most complex topics accessible to understanding. The book traces the desire not only to transfer knowledge, but also to develop analytical thinking, which is especially important for those who want to become a professional in mathematics or engineering sciences. In general, this methodological development is not just a textbook, but a full-fledged guide to the world of differential equations, which can become a reference book for students and teachers. If you are looking for a book that will help you to systematize knowledge, improve practical skills and learn how to quickly navigate a variety of methods for solving differential equations, "Mathematics: Table of the main types of differential equations and methods of their solution" — your reliable satellite It is deservedly ranked among the best teaching aids in mathematics, and it is worth having in the library of everyone who appreciates the quality and practical value of knowledge. This book is an excellent choice for those who want not just to learn, but to understand how and why certain methods work to apply them to real-world problems. Its content will be of interest to students, graduate students, teachers and professionals looking for a reliable source of information and practical solutions. In the world of complex mathematical models and engineering calculations, it becomes an indispensable tool that reveals the secrets of effective analysis and solution of differential equations.