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ProblemCourse & topicStatus
Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Rigid KineticsDynamics Problem Solving
Planar rigid-body kineticsEngineering Dynamics · Calculation
—Showing 24 of 50 matching problems.
A yo-yo may be modeled as a uniform disk of mass 0.35 kg and radius 35 mm.
A uniform solid sphere of mass 2.0 kg and radius 60 mm rolls without slipping on a horizontal surface with a…
A uniform slender rod of mass 1.6 kg and length 1.00 m is spinning in free space about a transverse axis through…
A 0.25 kg bullet traveling at 420 m/s strikes and becomes embedded in a uniform wooden bar of mass 8.0 kg and…
A flywheel of mass moment of inertia 6.4 kg·m² about its spin axis is driven by an electric motor.
A uniform solid cylinder of mass 10 kg and radius 100 mm rests on a rough horizontal surface.
Block A of mass 5 kg slides on a smooth horizontal surface and is connected by a light cord that wraps around a…
Two uniform slender rods, each of mass 2.0 kg and length 600 mm, are welded at right angles to form a rigid…
A satellite may be modeled as a rigid body with principal mass moments of inertia Iz = 180 kg·m² about the spin… Two identical uniform slender rods, each of mass 1.5 kg and length 800 mm, lie in a smooth horizontal plane and…
A uniform rectangular plate of mass 12 kg, width 400 mm, and height 600 mm is hinged along one vertical 600 mm…
A 3.0 kg crate is attached to a light cord that is wrapped around the inner hub of a stepped pulley.
A cue ball of mass 0.17 kg and radius 28.5 mm rolls without slipping on a horizontal felt table with a center…
A motor-driven cart of mass 180 kg, including four wheels, is accelerated from rest on a level track.
A uniform slender rod of mass 4.0 kg and length 1.00 m is pinned at a point 250 mm from one end and hangs in…
A wheel-and-axle consists of a uniform disk of mass 16 kg and radius 250 mm rigidly attached to a concentric…
A uniform circular plate of mass 7.0 kg and radius 200 mm rotates in a horizontal plane about a fixed vertical…
A uniform slender rod of mass 2.4 kg and length 1.20 m rotates in a vertical plane about a fixed smooth pivot at…
A uniform solid cylinder of mass 5.0 kg and radius 100 mm rolls without slipping toward a rigid vertical wall with…
A 4.8 kg instrument package is mounted on a pair of identical vertical coil springs acting in parallel.
A 2.5 kg slider is constrained to move horizontally and is attached to a fixed wall by two springs in series: k1…
A uniform rigid bar of mass 6 kg and length 0.90 m is pinned at one end and held horizontal by a vertical spring…
A 3.2 kg disk of radius 180 mm is keyed to the end of a steel shaft of polar stiffness 18 N·m/rad (the other end…
A 1.4 kg particle is attached to a light inextensible cord of length 0.65 m and swings as a simple pendulum.