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Essential Textbooks in Physics - 0: Electromagnetism - Principles and Modern Applications

With Exercises and Solutions

Parameters

  • 290 pages
  • 11 hours of reading

More about the book

Electromagnetism, one of the four fundamental forces in nature, underpins much of our daily experiences, often without our awareness. The complete theory, established in the late 19th century, remains vital for scientific education, yet its mathematics can be daunting. Many beginners struggle to see the theory's relevance or its connection to modern theoretical physics. This book aims to lead students to a thorough understanding of electromagnetism, including practical applications. It introduces more contemporary formulations not typically covered in standard undergraduate courses, bridging the gap between introductory studies and advanced physics concepts. The final chapter discusses current research suggesting a closer relationship between possible theories of (quantum) gravity and electromagnetism than previously believed. The book employs an informal, conversational style to clarify complex ideas, presenting mathematical concepts in a self-contained manner. Exercises with complete solutions are included to enhance comprehension. Essential for physics students, it also appeals to engineers and chemists interested in the subject.

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Essential Textbooks in Physics - 0: Electromagnetism - Principles and Modern Applications, Chris D. White

Language
Released
2023
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(Paperback),
Book condition
Very Good
Price
€27.99

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Title
Essential Textbooks in Physics - 0: Electromagnetism - Principles and Modern Applications
Subtitle
With Exercises and Solutions
Language
English
Publisher
WSPC (EUROPE)
Released
2023
Format
Paperback
Pages
290
ISBN10
1800613687
ISBN13
9781800613683
Series
Description
Electromagnetism, one of the four fundamental forces in nature, underpins much of our daily experiences, often without our awareness. The complete theory, established in the late 19th century, remains vital for scientific education, yet its mathematics can be daunting. Many beginners struggle to see the theory's relevance or its connection to modern theoretical physics. This book aims to lead students to a thorough understanding of electromagnetism, including practical applications. It introduces more contemporary formulations not typically covered in standard undergraduate courses, bridging the gap between introductory studies and advanced physics concepts. The final chapter discusses current research suggesting a closer relationship between possible theories of (quantum) gravity and electromagnetism than previously believed. The book employs an informal, conversational style to clarify complex ideas, presenting mathematical concepts in a self-contained manner. Exercises with complete solutions are included to enhance comprehension. Essential for physics students, it also appeals to engineers and chemists interested in the subject.