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As the velocity of a body increases, the viscous force on it
  • a)
    Remains unaltered
  • b)
    Might increase or decrease according to medium
  • c)
    Increases
  • d)
    decreases
Correct answer is option 'C'. Can you explain this answer?
Verified Answer
As the velocity of a body increases, the viscous force on ita)Remains ...
Drag acts as an opposing force to acceleration. Drag will never increase velocity, but whilst the forces acting to move the object are greater than the drag or resistive forces then the object will continue to accelerate, thus increasing velocity.Simplified, drag is caused by the object colliding with air particles. As the object moves faster, the object will come into contact with more particles and this will increase the effect of drag.Drag decreases acceleration and therefore velocity, but an increase in velocity will increase drag forces.
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As the velocity of a body increases, the viscous force on ita)Remains unalteredb)Might increase or decrease according to mediumc)Increasesd)decreasesCorrect answer is option 'C'. Can you explain this answer?
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