Virtual laboratory workshop on the course "Mechanics of liquid and gas" . Alekseev G . In. Bridenko I . and . is a unique resource for students, graduate students and teachers engaged in the study of fluid and gas mechanics This tutorial not only immerses the reader in the theoretical foundations of the discipline, but also offers the possibility of practical application of knowledge in a virtual environment, which makes it especially relevant in the context of modern education. Virtual laboratories become an integral part of the learning process, allowing students to conduct experiments and get results without the need for a physical presence in the laboratory. Authors of the book, G. In. Alekseev and . and . Bridenko is well aware of the importance of this approach and offers readers access to high-quality simulations that help them better understand complex concepts of mechanics. The book covers a wide range of topics, ranging from the basics of hydrostatics to gas dynamics, making it useful for both beginners and more experienced students. This book will be especially interesting for students of technical specialties, as well as for anyone who is fond of physics and engineering. If you study at the Faculty of Mechanics, Energy or Chemical Technology, then this manual will be an indispensable assistant in mastering the discipline. It will also be useful for teachers who are looking for new methods to improve the efficiency of teaching and student engagement. The topics raised in the book cover both fundamental aspects of mechanics and modern advances in computer modeling. The authors pay attention not only to the theoretical foundations, but also to the practical aspects of working with virtual laboratories, which allows readers not only to study, but also to apply the knowledge gained in practice. Virtual experiments described in the manual help to develop analytical thinking and problem solving skills, which is important for future engineers and scientists. The style of the authors is characterized by accessibility and clarity of presentation, which makes it easy to digest even the most complex topics. Alexeyev and Bridenko use many examples and illustrations, which makes the learning process more exciting and interactive. Their previous works have also received recognition in scientific circles, which confirms the high level of expertise and professionalism of the authors. The book "Virtual laboratory workshop on the course "Mechanics of liquid and gas" not only expands the horizons of traditional training, but also emphasizes the importance of integrating modern technologies into the educational process. It will be a great addition to any library, both educational and personal, and will be useful to anyone who seeks a deep understanding of mechanics and its application in the real world. If you are looking for a high-quality textbook on fluid and gas mechanics that combines theory and practice, then this publication should definitely be on your shelf. Do not miss the opportunity to immerse yourself in the world of virtual experiments and discover new horizons in the study of mechanics!