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A man pulls a block heavier than himself with a light horizontal rope. The coefficient of friction is the same between the man and the ground, and between the block and the ground.
                  
  • a)
    The block will not move unless the man also moves
  • b)
    The man can move even when the block is stationary
  • c)
    If both move, the acceleration of the man is greater than the acceleration of the block
  • d)
    None of the above assertions is correct
Correct answer is option 'A,B,C'. Can you explain this answer?
Verified Answer
A man pulls a block heavier than himself with a light horizontal rope....
The friction force between the block and ground is more as compared to friction force between man and ground.
such that unless man doesn't move the block will not be moved.
The block of mass say M is heavier than the man of mass say m. The surface is rough with friction coefficient say μ. So when the man applies the force on the block the force cannot exceed the frictional force μmg without moving as μMg>μmg. Now if he starts moving (i.e. the force applied is increased and now the friction between him and the surface is not holding him stationary) there is a possibility that the block may move. Now as there is no other force acting on the system and as the man is lighter than block so he would have greater acceleration than the block when both move.
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A man pulls a block heavier than himself with a light horizontal rope....
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A man pulls a block heavier than himself with a light horizontal rope....
The friction force between the block and ground is more as compared to friction force between man and ground.
such that unless man doesn't move the block will not be moved.
The block of mass say M is heavier than the man of mass say m. The surface is rough with friction coefficient say μ. So when the man applies the force on the block the force cannot exceed the frictional force μmg without moving as μMg>μmg. Now if he starts moving (i.e. the force applied is increased and now the friction between him and the surface is not holding him stationary) there is a possibility that the block may move. Now as there is no other force acting on the system and as the man is lighter than block so he would have greater acceleration than the block when both move.
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A man pulls a block heavier than himself with a light horizontal rope. The coefficient of friction is the same between the man and the ground, and between the block and the ground. a)The block will not move unless the man also movesb)The man can move even when the block is stationaryc)If both move, the acceleration of the man is greater than the acceleration of the blockd)None of the above assertions is correctCorrect answer is option 'A,B,C'. Can you explain this answer?
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A man pulls a block heavier than himself with a light horizontal rope. The coefficient of friction is the same between the man and the ground, and between the block and the ground. a)The block will not move unless the man also movesb)The man can move even when the block is stationaryc)If both move, the acceleration of the man is greater than the acceleration of the blockd)None of the above assertions is correctCorrect answer is option 'A,B,C'. Can you explain this answer? for Class 9 2024 is part of Class 9 preparation. The Question and answers have been prepared according to the Class 9 exam syllabus. Information about A man pulls a block heavier than himself with a light horizontal rope. The coefficient of friction is the same between the man and the ground, and between the block and the ground. a)The block will not move unless the man also movesb)The man can move even when the block is stationaryc)If both move, the acceleration of the man is greater than the acceleration of the blockd)None of the above assertions is correctCorrect answer is option 'A,B,C'. Can you explain this answer? covers all topics & solutions for Class 9 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A man pulls a block heavier than himself with a light horizontal rope. The coefficient of friction is the same between the man and the ground, and between the block and the ground. a)The block will not move unless the man also movesb)The man can move even when the block is stationaryc)If both move, the acceleration of the man is greater than the acceleration of the blockd)None of the above assertions is correctCorrect answer is option 'A,B,C'. Can you explain this answer?.
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