10-1 Calculating Torque-dynamics of angular motion

Update: 2006-10-25

Description

Find the torque that a force exerts on a wrench for six different configurations

Comments

In Channel

14-51 Tube of Mercury-fluid mechanics

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14-47 Mass of a Planet-fluid mechanics

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14-37 Airplane Wing-fluid mechanics

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14-29 Shower Head-fluid mechanics

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14-25 Wood Floating in Oil-fluid mechanics

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14-7 Gauge Pressure-fluid mechanics

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14-3 Density of Gold-fluid mechanics

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13-33 Cheese on a Spring-simple harmonic motion

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12-9 Gravitational Force Acting on the Moon-gravitation

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11-13 Beam in Equilibrium-equilibrium

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10-63 Block and Cylinder-dynamics of rotational motion

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10-47 Gyroscope-dynamics of rotational motion

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10-33 Power of a Motor-dynamics of rotational motion

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10-19 Falling Yo Yo-dynamics of rotational motion

2006-10-2506:09

10-7 Frictional Torque-dynamics of rotational motion

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10-3 Calculating Torque-dynamics of rotational motion

2006-10-2504:31

10-1 Calculating Torque-dynamics of angular motion

2006-10-2507:33

9-100 Moment of Inertia of a Cone-rotation of rigid bodies

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9-85 Pulley With Inertia-rotation of rigid bodies

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9-63 Speedometer-rotation of rigid bodies

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10-1 Calculating Torque-dynamics of angular motion

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10-1 Calculating Torque-dynamics of angular motion

Peter Beyersdorf

10-1 Calculating Torque-dynamics of angular motion