The book "Physics for students of chemical engineering universities in 10 sections . Training Manual . Sections 1-2 Me" edited by P. P. The lake is a unique and carefully structured educational material that will become an indispensable assistant for students studying at the faculties of chemical technology and related specialties. This textbook not only covers the main topics of physics, but is also adapted to the specifics of chemical engineering education, which makes it especially valuable for future specialists in this field. The book consists of ten sections, each of which is devoted to key aspects of physics necessary for understanding the processes occurring in chemical technology. In the first two sections, the authors consider the fundamentals of mechanics and thermodynamics, which are fundamental to the study of more complex topics. The reader will be able to immerse himself in the world of physical laws that control chemical reactions and processes, which will certainly help in further training and professional activities. This book will be interesting not only for students, but also for teachers who seek to update their knowledge and find new approaches to learning. Students studying physics in the context of chemical technology will find in it clear explanations, examples from real practice and tasks that will help to consolidate the knowledge gained. In addition, the manual can be useful for graduate students and young professionals who want to refresh their knowledge in the field of physics and its application in chemical technology. The topics raised in the book cover a wide range of issues, from the fundamentals of mechanics to thermodynamic processes, which allows the reader not only to internalize theoretical aspects, but also to see their practical application. Particular attention is paid to the connection of physics with chemistry, which makes the material especially relevant for students of chemical engineering universities. Understanding physical processes, such as particle motion, heat transfer, and substance interaction, is key to successfully mastering chemical technologies. The style of the authors is characterized by accessibility and clarity of presentation, which makes complex concepts more understandable. The book is replete with illustrations, graphs, and tables that help visualize material and make learning more engaging. This guide is not only informative, but also inspiring, encouraging students to study physics in depth and its role in chemical technology. If you are looking for a tutorial that will help you not only to master physics, but also to understand how it is used in chemical technology, then “Physics for students of chemical engineering universities” will become your reliable companion. This book can be the basis for exam preparation, coursework writing and research. In conclusion, it is worth noting that the team of authors who worked on the creation of this manual includes experienced teachers and specialists in the field of physics and chemical technology. Their joint efforts made it possible to create not just a textbook, but a full-fledged tool for a deep understanding of physics in the context of chemical technology. If you want to expand your knowledge and prepare for a future career in this exciting field, this guide will be your faithful assistant on the way to success.