“A Guide to Solving Mathematical Problems in the Context of Physics: A Handbook” is a unique work written by I. Yu. Matskevich, which is not just a textbook, but a real find for students, graduate students and anyone who seeks to better understand the relationship between mathematics and physics This book will become an indispensable assistant for those who want not only to learn how to solve problems, but also to understand how mathematical methods are used in physics, which makes it especially valuable. The author focuses not only on formulas and algorithms, but also on the process of thinking, which is necessary for the successful solution of problems. Matskevich invites readers to immerse themselves in the world of mathematical models that underlie physical phenomena. He masterfully shows how mathematics becomes a language spoken by physics, and how to correctly interpret mathematical results in the context of real physical processes. Readers will be able to see how abstract mathematical concepts come to life and become tangible through physical examples. The book covers a wide range of topics, ranging from basic mathematical concepts to more complex concepts such as differential equations and vector analysis. Matskevich divides the material into logically structured sections, which makes it easy to navigate and find the necessary information Each section includes not only theoretical aspects, but also practical tasks that will help to consolidate the knowledge gained. This makes the manual ideal for both self-study and for use in the learning process. “Guide to solving mathematical problems in the context of physics” is suitable not only for students of physical and mathematical specialties, but also for everyone who is interested in science and wants to expand their knowledge. If you are studying at the university, preparing for exams or just want to improve your skills in solving problems, this guide will become your reliable companion. It will be especially useful for those who seek a deep understanding of the subject, and not just mechanical memorization of formulas. The topics raised in the book are relevant and important for modern education. In a rapidly changing world and the rapid development of technology, the ability to apply mathematics in physics is becoming increasingly popular. Matskevich focuses on how mathematical methods help in solving real problems, which makes the book not only a textbook, but also a source of inspiration for future scientists and engineers. Style and . Yu. Matskevich is distinguished by clarity and accessibility, which allows even complex concepts to be explained in simple and understandable language. His previous works, such as Fundamentals of Mathematical Physics and Methods of Mathematical Modeling, have also been recognized for their depth and practical focus. In this book, the author continues his tradition, offering readers not just a set of knowledge, but a whole philosophy of approach to the study of science. If you are looking for a book that will help you not only in your studies, but also in your future professional path, “Guide to solving mathematical problems in the context of physics: a manual” will become your faithful assistant. It will help you develop critical thinking, teach you how to approach tasks from different angles and perhaps even inspire new scientific discoveries. Do not miss the opportunity to discover a world where mathematics and physics are combined in a single stream of knowledge!