Classical Physics

This textbook is specifically designed to meet the needs of students taking the two-semester calculus-based introductory physics courses now favored in many countries around the world. Accordingly, it is more concise than the extremely long standard textbooks, but offers the same modern approach and format. All core topics in classical physics are covered using straightforward language, including mechanics, thermodynamics, electromagnetism, and optics. The necessary mathematics is developed along the way, rigorously and clearly.

The book also features a wealth of solved examples, which will deepen readers' conceptual comprehension and hone their problem-solving skills. In addition, some 430 problems and 400 multiple-choice questions serve to review key concepts and assess readers' progress. The material in the book has been successfully employed in classroom teaching for the past decade, during which time it has been successively refined. Given its scope, format and approach, the book is the ideal choice for all science, engineering, and medical students embarking on an introductory physics course.

Ideal choice for science, engineering, and medical students on a two-semester calculus-based physics course Coverage of all core topics of classical physics Wealth of solved examples, problems, and MCQs

Autorentext

Professor Bekir Karaoglu is a graduate of Massachusetts Institute of Technology and holds a PhD in Nuclear Physics. With 38 years of experience teaching physics in Turkey and Oman, he has written five physics textbooks in Turkish and has translated three physics textbooks into Turkish.

Inhalt
Units and Vectors.- Motion in One Dimension.- Motion in Two Dimensions.- Newton's Laws of Motion.- Work and Energy.- Impulse, Momentum and Centre of Mass.- Rotational Motion.- Static Equilibrium.- Harmonic Motion.- Waves.- Fluids.- Heat.- The Laws of Thermodynamics.- Electric Field.- Gauss' Law.- Electric Potential.- Capacitors and Dielectrics.- Current, Resistance and Circuits.- Magnetic Field.- Sources of Magnetic Field.- Faraday's Law and Induction.- Geometrical Optics.- Physical Optics.