Lifting Wheels

Lifting wheels and effort force

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lifting wheel

The effort force with a lifting wheel can be calculated as

F = W d / D (1)

where

F = effort force (N)

W = m a = weight of body (N)

d = wheel inner diameter (m)

D = wheel outer diameter (m)

m = mass of lifted body (kg)

a = 9.81 (m/s2) acceleration of gravity

Example - Effort Force with a lifting wheel

A body of mass 100 kg is lifted with a lifting wheel with inner diameter 0.1 m and a outer diameter 0.3 m. The effort force can be calculated as

F = 100 (kg) 9.81 (m/s2) 0.1 (m) / 0.3 (m)

    = 327 N

Online Lifting Wheel Calculator

W - Weight

d - Wheel inner diameter

D - Wheel outer diameter

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Related Topics

  • Mechanics Kinematics, forces, vectors, motion, momentum, energy and the dynamics of objects

Related Documents

  • Mass and Weight What is weight and what is mass? An explanation of the difference between weight and mass
  • Force Force, Newtons third Law and acceleration
  • Pulleys Pulley basics

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