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Dynamics

Motion, energy, and momentum of particles and rigid bodies.

Chapters

11 chapters · 11 problem sets

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12 Kinematics of a ParticleThe geometry of motion — position, velocity, and acceleration — studied without yet asking what forces produce it. Problems ›

13 Kinetics of a Particle: Force and AccelerationKinetics relates the forces acting on a particle to the motion they produce. Problems ›

14 Work and EnergyThis chapter recasts Newton's second law into a scalar statement linking force , velocity , and displacement . Problems ›

15 Impulse and MomentumThis chapter integrates the equation of motion over time to produce the impulse–momentum principle, a tool that links force, velocity, and elapsed… Problems ›

16 Planar Kinematics of a Rigid BodyParticles have no size, so they cannot rotate. Problems ›

17 Planar Kinetics of a Rigid Body: Force and AccelerationA force system applied to a body of definite size and shape can make it both move along a path and spin. Problems ›

18 Planar Kinetics: Work and EnergyThis chapter applies work–energy methods to rigid bodies in planar motion. Problems ›

19 Impulse & MomentumThis chapter links force, velocity, and time for a rigid body in planar motion. Problems ›

20 Three-Dimensional Kinematics of a Rigid BodyThis chapter extends rigid-body kinematics into three dimensions. Problems ›

21 Three-Dimensional Kinetics of a Rigid BodyWhen a body tumbles, spins, and turns all at once, planar shortcuts break down. Problems ›

22 Vibrations Problems onlyDynamics · Engineering Mechanics · Problem Companion ›

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