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ProblemsClear skill: Particle Kinetics Build a practice set

ProblemCourse & topicStatus

DYN:9903051A particle moves on the ellipse x = 5.00 cos(0.80 t) m, y = 3.00 sin(0.80 t) m.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903052Mathematical problem title

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903053A peg is constrained to the rotating slotted arm OA and to the fixed cardioid r = 0.45(1 − cos θ) m.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903054A particle travels a circular path of radius 3.60 m.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903055Two particles move on concentric horizontal circles.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903056A particle starts at the origin with v0 = 11.0 m/s at 60° above the x-axis.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903057A tracking camera at the origin records a racing car on a plane curve.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903058A 12-kg crate rests on a 25° incline.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903059A 6.5-kg package sits on a horizontal warehouse floor.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903060A 9-kg box is sliding to the right on a rough horizontal floor when a horizontal force of 30 N begins acting to…

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903061A 4-kg block A rests on a 10-kg block B.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903062A 7-kg block A rests on a 15-kg block B.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903063A 3.2-kg block is pressed against a vertical wall by a force P = 70 N directed 25° above the horizontal toward the…

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903064Blocks A (8 kg) and B (5 kg) are connected by a light inextensible cable that passes over a small smooth pulley.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903065Block A (6 kg) is on a 30° incline and block B (4 kg) is on a 20° incline.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903066Three particles are connected by two light inextensible cables.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903067A 0.80-kg collar slides on a smooth horizontal rod.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903068A 0.25-kg particle is constrained to move in a smooth horizontal tube that rotates about a fixed vertical axis…

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903069Particle A (1.5 kg) slides in a smooth horizontal slot.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903070A 2.4-kg block is attached to a horizontal spring of stiffness 180 N/m and rests on a smooth horizontal surface.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903071A 3.0-kg mass hangs from a vertical spring of stiffness 250 N/m.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903072Mathematical problem title

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903073A 0.50-kg collar slides on a smooth vertical rod.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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DYN:9903074A 1.2-kg sphere is released from rest and falls vertically through still air.

Particle KineticsDynamics Problem Solving

Particle force-acceleration methodsEngineering Dynamics · Calculation

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Showing 24 of 50 matching problems.

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A box slides down a chute whose vertical profile is y = 2.40 − 0.12

x^{3/2}

, with x and y in meters, x increasing…

A 1.8-kg block lies on a rough horizontal surface

(μ_k

= 0.20) and is attached to two opposing horizontal springs.