The use of MathCAD in solving problems of electrical engineering . H. 2. Transition processes. Non-linear electrical circuits . The Theory of Electrom by Y. In. Bloody is a unique and in-depth study that immerses the reader in the world of electrical engineering through the prism of modern MathCAD software. This work will become an indispensable assistant both for students studying electrical engineering and for practicing engineers seeking to improve their skills and master new tools for solving complex problems. The second part of the book continues the theme started in the first volume and focuses on transients and nonlinear electrical circuits. The author masterfully explains complex concepts, focusing on the practical application of MathCAD for the modeling and analysis of electrical systems. The reader will find here not only theoretical foundations, but also a lot of examples that will help to better understand how to apply the knowledge gained in practice. Bloody uses an accessible and understandable language, which makes the material easy to understand, even if you are not an expert in electrical engineering. The book will be of interest to students of technical specialties, graduate students, as well as specialists working in the field of electrical engineering and electronics .. If you are passionate about electrical circuits, transients and want to learn how to use MathCAD to solve practical problems, this book will be a real discovery for you. It will also be suitable for those who are looking for effective ways to visualize and analyze data, which is especially important in the context of the rapid development of technology. The topics raised in the book cover a wide range of issues, including the analysis of transients in nonlinear circuits, modeling the dynamics of electrical systems, and the application of the theory of electrom. Bloody not only explains the theory, but also shows how to use MathCAD to solve real problems, which makes his work especially valuable for practitioners. Readers will be able to see how theoretical knowledge becomes the basis for practical solutions, which in turn contributes to a deeper understanding of the subject. The author’s style is distinguished by clarity and logical presentation . Yu. In. Bloodyko is an experienced teacher and practitioner, which allows him to share not only theoretical knowledge, but also practical experience. His previous work has also earned recognition among students and professionals, and this book will not be an exception. Bloodyko skillfully combines a scientific approach with practical examples, which makes his works relevant and in demand. If you are looking for books on electrical engineering that will help you master MathCAD and improve your problem solving skills, pay attention to "MathCAD's Application to Electrical Engineering Problems. H. 2. This work will be your reliable assistant in the study of nonlinear electrical circuits and transient processes. Do not miss the opportunity to deepen your knowledge and expand your horizons in the field of electrical engineering with this fascinating and useful book