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9 Forces and their effects

9 Forces and their effects

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Question 17

Which of these is the correct equation to calculate the moment of a force?

A

moment of a force=force×perpendicular distance from the pivot\text{moment of a force} = \text{force} \times \text{perpendicular distance from the pivot}moment of a force=force×perpendicular distance from the pivot

B

moment of a force=force÷perpendicular distance from the pivot\text{moment of a force} = \text{force} \div \text{perpendicular distance from the pivot}moment of a force=force÷perpendicular distance from the pivot

C

moment of a force=force×distance moved in the direction of the force\text{moment of a force} = \text{force} \times \text{distance moved in the direction of the force}moment of a force=force×distance moved in the direction of the force

D

moment of a force=force÷distance moved in the direction of the force\text{moment of a force} = \text{force} \div \text{distance moved in the direction of the force}moment of a force=force÷distance moved in the direction of the force

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9 Forces and their effects Questions

  1. GCSE
  2. /Physics
  3. /9 Forces and their effects

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