Classical Dynamics
Buch in deiner Nähe kaufen
Beschreibung
Targeted to advanced undergraduate and graduate students of mathematics, physics and engineering, this book discussed major topics in classical dynamics. Each chapter begins with clear statements of definitions, principles and theorems. To illustrate and amplify the theories and principles, there are graded sets of solved examples and supplementary problems in each chapter. The book highlights vector treatment, but the scalar treatment is not disregarded. Theorems and principles are solved by vector method whereas in case of solved problems, both vector and scalar treatments are utilized. It is assumed that the students have a fair working knowledge of differential and integral calculus, differential equations, vector algebra and vector calculus.
Targeted to advanced undergraduate and graduate students of mathematics, physics and engineering, this book discussed major topics in classical dynamics. Each chapter begins with clear statements of definitions, principles and theorems. To illustrate and amplify the theories and principles, there are graded sets of solved examples and supplementary problems in each chapter. The book highlights vector treatment, but the scalar treatment is not disregarded. Theorems and principles are solved by vector method whereas in case of solved problems, both vector and scalar treatments are utilized. It is assumed that the students have a fair working knowledge of differential and integral calculus, differential equations, vector algebra and vector calculus.
Applies vector method for theorems and principles and scalar method to illustrate solved examples Uses the SI units throughout the book to define physical quantities Includes 154+ illustrative examples with figures and 144+ exercise problems with hints
Autor*in
Nazibuddin Ahmed
Themen in »Classical Dynamics«
force work power energy central orbits central forces law of inverse square two-body problem motion of a particle motion of a system of particles dynamics of rigi bodies rigid body under impulsive forces Lagrange's equation of motion theory of Hamilton classical mecanics