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ProblemCourse & topicStatus
Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Rigid KinematicsDynamics Problem Solving
Planar rigid-body kinematicsEngineering Dynamics · Calculation
—Showing 24 of 50 matching problems.
Gear A of pitch radius 45 mm meshes externally with gear B of pitch radius 120 mm.
A fixed internal ring gear has pitch radius 210 mm.
A pinion of pitch radius 40 mm meshes with a straight horizontal rack and rotates about a fixed axis through the…
A planar four-bar linkage has crank O₂A = 75 mm, coupler AB = 180 mm, rocker O₄B = 140 mm, and fixed pivot…
A slotted arm rotates in a horizontal plane about a fixed pin O.
In an elliptical trammel, rod AB of length 280 mm has end A sliding on a fixed horizontal axis and end B sliding…
Gears A, B, and C lie in one plane and mesh in series: A with B and B with C.
A hollow drum of inner radius 320 mm rotates about its fixed central axis O.
In a Whitworth quick-return mechanism, crank OB of length 110 mm rotates about fixed pin O at a constant 7.5 rad/s…
Rectangular plate ABCD has AB = 0.50 m and AD = 0.30 m.
An eccentric circular cam of radius 85 mm rotates about a fixed axis through O.
In a compound gear train, gear 1 of pitch radius 28 mm meshes with gear 2 of pitch radius 84 mm.
A planar planetary gear set has a fixed sun gear of pitch radius 96 mm.
A scotch-yoke mechanism has crank OP of length 95 mm rotating about fixed pin O at a constant 11 rad/s…
A wheel of radius 0.22 m rolls without slip on the inside of a fixed circular track of radius 1.10 m.
A 28 kg rigid crate translates along a smooth horizontal track.
A uniform steel disk of mass 12 kg and radius 180 mm is keyed to a fixed horizontal shaft through its geometric…
A uniform slender bar AB of mass 6.4 kg and length 1.10 m is pinned at A to a fixed support and hangs vertically…
A rigid body is formed by welding a 3.2 kg particle to the free end of a uniform 5.0 kg slender rod of length 800 mm.
A uniform solid cylinder of mass 18 kg and radius 120 mm rolls without slip on a rough horizontal surface.
A uniform solid sphere of mass 4.5 kg and radius 75 mm is released from rest on a 25° incline.
A thin hoop of mass 2.8 kg and radius 200 mm is placed on a 20° rough incline and released from rest.
Block A of mass 8 kg slides on a smooth horizontal surface and is connected by an inextensible cable to a hanging…
Blocks A (6 kg) and B (10 kg) hang on opposite sides of a double-step pulley that rotates about a fixed horizontal…