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This book covers all of the fundamentals of first-year undergraduate physics, as well as introducing condensed matter, quantum mechanics, relativity, particle physics, and astrophysics. It takes a methodical, visual approach to problem-solving: throughout, the reader is encouraged to draw a picture of the problem, write down the knowns and unknowns, and find the equations that connect them. Each chapter contains an experiment for the student to perform, emphasizing the observational nature of science. The book also contains a wealth of homework problems and end-of-module and -semester tests, making it readily adoptable for introductory physics courses. With its broad topical coverage, calculus-free treatment, and emphasis on problem-solving and experiments, this book will equip students and home learners with the skills and knowledge for further study in physics.
List of contents
1. Kinematics.- 2. Dynamics of Motion.- 3. Work, Energy and Momentum.- 4. Rotational Motion I: Kinematics and Dynamics.- 5. Rotational Motion II: Energy and Gravity.
About the author
Richard Powell is Graduate of the United States Naval Academy (B.S.) and Arizona State University (M.S. and Ph.D.). He worked for over 40 years doing research, teaching, and administration of physics in government laboratories and universities. He served as Director of the Optical Sciences Centre of the University of Arizona and retired as Emeritus Professor and Vice President for Research and Graduate Education at the University of Arizona. He has authored four advanced physics books and over 260 research articles. Powell is Elected Fellow of both the American Physical Society and the Optical Society of America and served as President of OSA. He was Founding Member of the board of directors of the Oklahoma School for Science and Mathematics (a school for gifted high school STEM students). Powell has been elected as Foreign Member of the Russian Academy of Engineering Science.
Summary
This book covers all of the fundamentals of first-year undergraduate physics, as well as introducing condensed matter, quantum mechanics, relativity, particle physics, and astrophysics. It takes a methodical, visual approach to problem-solving: throughout, the reader is encouraged to draw a picture of the problem, write down the knowns and unknowns, and find the equations that connect them. Each chapter contains an experiment for the student to perform, emphasizing the observational nature of science. The book also contains a wealth of homework problems and end-of-module and -semester tests, making it readily adoptable for introductory physics courses. With its broad topical coverage, calculus-free treatment, and emphasis on problem-solving and experiments, this book will equip students and home learners with the skills and knowledge for further study in physics.
