Engineering
Engineering Dynamics
Train on Engineering Dynamics with 330 published problems. Preview a problem, explore the course outline, and work through one problem at a time.
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Course topics
Course topics
Particle kinematics in multiple coordinates
Particle force-acceleration methods
Work-energy and impulse-momentum
Planar rigid-body kinematics
Planar rigid-body kinetics
Single-degree vibration and response
Practice problems
Try a few Engineering Dynamics problems, each with a hint.
- A particle starts from rest at s = 0 and moves along a straight line with constant… Free with an accountParticle kinematics in multiple coordinates
- The position of a particle moving along a straight line is s = (0.40 sin(0.80 t)) m… Free with an accountParticle kinematics in multiple coordinates
- A particle moves on the ellipse x = 5.00 cos(0.80 t) m, y = 3.00 sin(0.80 t) m Particle force-acceleration methods
- A 0.80 kg particle slides down a frictionless 2.1 m vertical drop, then enters a… Particle force-acceleration methods
- A 2.8 kg block is pressed against a vertical wall by a horizontal spring of stiffness… Work-energy and impulse-momentum
- A ball is dropped from rest onto a rigid horizontal floor from a height of 2.4 m and… Work-energy and impulse-momentum
- Gear A of pitch radius 45 mm meshes externally with gear B of pitch radius 120 mm Planar rigid-body kinematics
- A uniform disk of mass 8 kg and radius 140 mm is pinned at a point O on its… Planar rigid-body kinematics
- A yo-yo may be modeled as a uniform disk of mass 0.35 kg and radius 35 mm Planar rigid-body kinetics
- A linear single-degree-of-freedom oscillator has mass m=1 kg, viscous damping c=6… Single-degree vibration and response