Electric circuits and electronics are vital to the functioning of modern technologies that we use every day, and the rise of computer technology has led to many different applications, for example artificial intelligence, robots, quantum computing, machine learning, and the internet of things (IoT). Mathematics is an essential tool for understanding and mastering electric circuits, electronics, and computer technology. A thorough understanding of mathematics enables one to analyze and solve complex problems in these fields, and is essential for designing and implementing electronic and computer systems. Understandable Mathematics for Electrical Circuits, Electronics, and Computing Applications: Key concepts provides a comprehensive overview of the fundamental mathematical concepts required in the fields of electric circuits, electronics, and computers. It reviews fundamental mathematics and algebra concepts, then takes the reader through key mathematics for electric circuits and electronics, calculus for electric circuits, and mathematics for computing, including topics such as Boolean logic, Karnaugh maps, and number systems. This book is a concise study guide for readers and an ideal resource for those who are looking to study, review, or refresh their knowledge quickly and effectively.
