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A labourer is pushing a heavy stone with maximum force, but is unable to move it. (a) What is kind of equilibrium shown by the stone? (b) Name two sets of opposing forces acting on the stone.

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Question

A labourer is pushing a heavy stone with maximum force, but is unable to move it.

  1. What is kind of equilibrium shown by the stone?
  2. Name two sets of opposing forces acting on the stone.
  3. Are the forces mentioned by you in equilibrium?
Short Answer
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Solution

  1. The stone is in static equilibrium because it remains at rest.
    1. The labourer’s pushing force and the frictional force opposing it.
    2. The stone’s weight acting downward and the normal reaction of the ground acting upward.
  2. Yes. These forces balance one another, so the resultant force on the stone is zero.
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Chapter 1: Forces: Turning Forces and Uniform Circular Motion - EXERCISE [Page 11]

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Goyal Brothers Prakashan A New Approach to ICSE Physics [English] Class 10
Chapter 1 Forces: Turning Forces and Uniform Circular Motion
EXERCISE | Q 9. | Page 11
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