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Classical Dynamics
A Contemporary Approach
by Jorge V. José and Eugene Saletan |
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Chapter One:
Fundamentals of Mechanics
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- Elementary kinematics
- trajectories of point particles
- position, velocity, acceleration
- Principles of dynamics
- Newton's laws
- the two principles: principle1, principle 2, discussion
- consequences of Newton's equations: introduction, force is a
vector
- One-particle dynamical variables
- momentum
- angular momentum
- energy and work: in three dimensions, applications to one-dimensional
motion
- Many-particle systems
- momentum and center of mass: center of mass, momentum, variable
mass
- energy
- angular momentum
- Examples
- velocity phase space and phase portraits: the cosine potential,
the Kepler problem
- a system with energy loss
- noninertial frames and the equivalence principle
- Problems
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