Numerical methods for solving equations of mathematical physics and chemistry . Taskbook" edited by E. M. Koltsova is a unique publication that will become an indispensable assistant for students, graduate students and teachers engaged in the study of mathematical physics and chemistry. This collection of problems not only enriches the theoretical base, but also offers practical solutions that will help readers to understand more deeply complex concepts and methods. The book covers a wide range of numerical methods used to solve equations arising in mathematical physics and chemistry. These methods are the basis for modeling various physical processes and chemical reactions, which makes them extremely relevant in the modern scientific world. The collection includes tasks of varying complexity, which allows readers to practice skills at both the initial and advanced level. Who is this publication intended for? First of all, it will be useful for students of technical and natural sciences who study courses in mathematical physics and chemistry . The book may also be of interest to graduate students and young scientists seeking to deepen their knowledge in the field of numerical methods. Teachers will be able to use assignments from the collection to prepare for classes and exams, making it a valuable resource for educational institutions. The topics raised in the book cover a wide range of issues related to numerical methods. Readers will be able to get acquainted with the methods of finite differences, methods of finite elements and other approaches that are used to solve differential equations. Each task is accompanied by detailed solutions and comments, which allows you to better understand the algorithms and the principles underlying them. This makes the collection not only a training manual, but also a real guide for practitioners . Style E. M. Koltsova and her colleagues are distinguished by the clarity and accessibility of the presentation . They strive to convey complex mathematical concepts in a simple and understandable language, which is a big plus for readers who do not have deep knowledge in this field. Koltsova is known for her work in the field of mathematical physics, and this collection of problems is a logical continuation of her scientific activities. She is also the author of other teaching aids that have earned recognition among students and faculty. The book Numerical Methods for Solving the Equations of Mathematical Physics and Chemistry will be an excellent addition to the library of anyone interested in mathematics, physics, and chemistry. It not only deepens knowledge, but also develops analytical thinking, which is an important skill for any scientist. If you are looking for a quality tutorial that will help you cope with difficult tasks and understand numerical methods, this collection is exactly what you need. Do not miss the opportunity to expand your knowledge and skills in mathematical physics and chemistry with this unique collection of tasks It will become your reliable companion on the way to understanding complex mathematical concepts and will help you confidently step on the path of scientific discoveries.