Molecular Physics . Part 2 . Methodical manual for performing laboratory work", created by a talented team of authors - Khizriiev K. Sh. , Magomedov M. A. and Magomedova L. K. It is an indispensable source of knowledge for students, teachers and anyone interested in the depth and practical aspect of molecular physics. This book is a continuation of the series that helps to understand the complex physical processes underlying macroscopic phenomena, and reveals the mysteries of the microcosm through the prism of laboratory experiments. This manual is not just a collection of theoretical calculations, but a full-fledged guide that leads the reader step by step along the path of mastering the methods of conducting laboratory work. It details measurement techniques, ways to analyze data and interpret results, making it a valuable tool for hands-on learning. The author's style is distinguished by clarity and accuracy, which is especially important when working with such complex concepts as quantum effects, thermal motion of molecules, particle interactions and other fundamental topics of molecular physics. Molecular Physics . Part 2" is intended for university students studying physics, as well as for graduate students and teachers seeking to deepen their knowledge and improve the quality of laboratory classes. It is ideal for those who are looking for a practical guide to performing laboratory work, want to understand the theoretical foundations of experiments and learn to correctly interpret the results. It will be especially interesting for those who appreciate the systematic approach and want to learn how to apply the theory in practice, which makes it an indispensable assistant in educational and scientific activities. The topics raised in the book cover a wide range of issues related to molecular physics. Here are considered methods for studying the thermal properties of substances, molecular interactions, quantum effects in the microcosm, as well as experimental methods of measurement and analysis. Particular attention is paid to the accuracy and reliability of the data obtained, which makes the book a valuable tool for those who want not only to master the theory, but also to learn how to conduct experiments correctly, avoiding common mistakes. The style of the authors is characterized by practical orientation and accessibility of the presentation, which makes the book understandable even for those who are just beginning to get acquainted with molecular physics. At the same time, it contains sufficiently deep and complex materials for those who already have basic knowledge and want to expand their horizons. The authors use modern methods and approaches, which allows the book to remain relevant and meet the modern requirements of educational programs. A special place in the book is occupied by the methodological aspect - clear instructions, tips for preparing for experiments, recommendations for the use of laboratory equipment and interpretation of the results. This makes the manual not only educational material, but also a practical guide that helps students feel confident in laboratory work and achieve high results. If you are looking for a book that connects theory and practice, will help you understand complex physical phenomena and teach you how to conduct experiments correctly, "Molecular Physics. Part 2 . Methodical manual for performing laboratory work" - exactly what you need. It will become a reliable companion in studies and scientific activities, will expand your knowledge and skills, as well as open new horizons in the study of the microcosm. This book is an excellent choice for those who appreciate the quality, consistency and practical focus in the study of physics, and it will definitely earn a place in your library.