The book "Methodical instructions for performing laboratory work on the discipline Numerical methods. Part 2”, created by the team of authors, is an important resource for students and teachers studying numerical methods within higher education. This work is a continuation of the first part and deepens students' understanding of complex mathematical concepts, offering practical assignments and methodological recommendations that will help consolidate theoretical knowledge. In this book, you will find detailed instructions for performing laboratory work that covers a wide range of numerical methods, such as methods for solving differential equations, interpolation, approximation, and numerical integration. Each section contains clear instructions, examples and tasks, which makes the material accessible and understandable even for those who are just beginning to get acquainted with this discipline. The authors seek not only to educate students, but also to inspire them to further research in the field of numerical methods, emphasizing the importance of this knowledge in modern scientific and engineering practices. This book will be especially useful for students of technical and natural sciences, as well as graduate students and young scientists working in the field of applied mathematics, physics and engineering. If you are interested in topics such as numerical algorithms, mathematical modeling or computational mathematics, then “Methodological guidelines for performing laboratory work on the discipline Numerical methods. Part 2" will be an indispensable helper for you. It will help not only in preparing for laboratory classes, but also in deepening the knowledge necessary for a successful career in science and technology. One of the key topics raised in the book is the importance of practical application of numerical methods in real-world problems. The authors emphasize that theoretical knowledge without practice may be insufficient. In this regard, the book presents real examples that demonstrate how numerical methods are used to solve problems in various fields, such as mechanics, thermodynamics and even economics. This makes the material not only educational, but also practical, which is especially appreciated in the modern educational process. The style of the authors is distinguished by clarity and accessibility of presentation, which allows readers to easily assimilate complex concepts. They use a variety of illustrations and graphs, which contributes to a better understanding of the methods presented. In addition, the book provides control questions and tasks that will help readers to test their knowledge and consolidate the material studied .. If you are already familiar with other works of authors, such as "Methodological instructions for performing laboratory work on the discipline of Numerical methods. Part 1”, then the second part will be a logical continuation of your educational path The book not only expands the horizons of knowledge, but also inspires further research, opening up new opportunities for the application of numerical methods in various scientific and practical tasks. In conclusion, "Methodological instructions for performing laboratory work on the discipline Numerical methods. Part 2" is not just a tutorial, but a whole world of numerical methods that waits to be explored. It will become your reliable companion in the study and application of numerical methods, opening the door to new knowledge and opportunities in your professional activities. Do not miss the chance to immerse yourself in this fascinating and useful material!