University Physics

Author: Paul Peter Urone
Publisher:
Publication Date: 2003-01-01
Features: This book is a university physics textbook that does not require calculus. It covers relatively basic physics content, does not discuss Gauss's law, does not list the mathematical formulas of Maxwell's equations, and does not introduce the Lorentz transformation. Therefore, this book focuses more on the qualitative analysis and explanation of the physical meaning of concepts and laws. Pay attention to the qualitative physical meaning explanation, and do not rely too much on mathematical derivations, which is one of the major focuses of the current reform in physics and mathematics. Another feature of this book is its connection to real-world applications. Concepts and laws are often introduced in the context of practical problems, and examples and exercises are designed to be as closely related to real-world situations as possible, with a strong emphasis on the application of physics in human life, medicine, and biology/physiology. Another obvious feature of this book is that while ensuring the teaching of classical fundamental knowledge, it introduces many cutting-edge modern physics topics, such as the relationship between Cavendish-type experiments and general relativity, as well as superstring theory, tides and black holes, DNA, and particle accelerators. It also dedicates a special chapter to introducing many important cutting-edge physics topics, including cosmology, quantum gravity theory, superstring theory, dark matter, chaos, and high-temperature superconductivity, etc. These topics are rarely found in current physics textbooks. In terms of teaching methods, this book not only guides students on how to solve problems at any time but also designs sections such as "Exploration Tasks," "Self-compiled Exercises," and "Unreasonable Results" for students to explore or research independently, helping them improve their learning effectiveness.