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Question 1
In Fig, two boys A and B are shown applying force on a block. If the block moves towards the right, which one of the following statements is correct?

(a) Magnitude of force applied by A is greater than that of B.
(b) Magnitude of force applied by A is smaller than that of B.
(c) Net force on the block is towards A.
(d) Magnitude of force applied by A is equal to that of B.

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Solution

(a) Magnitude of force applied by A is greater than that of B.

Since, the block moves towards B. Hence, the force applied by A will be more.

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Similar questions

Q. Question 1
In the figure, two boys A and B are shown applying force on a block. If the block moves towards the right, which one of the following statements is correct?

(a) Magnitude of force applied by A is greater than that of B.
(b) Magnitude of force applied by A is smaller than that of B.
(c) Net force on the block is towards A.
(d) Magnitude of force applied by A is equal to that of B.

Q. In the figure, two boys A and B are shown applying force on a block. If the block moves towards the right, which one of the following statements is correct?

Q. Statements I: Block

A

is moving on the horizontal surface towards the right under the action of force

F

. All surfaces are smooth. At the instant shown, the force exerted by block

A

B

is equal to the net force on block

B

.
Statement II: From Newton’s Third Law, the force exerted by Block

A

B

is equal in magnitude to force exerted by block

B

A

Q. Assertion :Block a is moving on the horizontal surface towards right under action of force F. all surfaces are smooth. At the instant shown, the force exerted by block A on block B is equal to net force on block B. Reason: From Newton's third law, the force exerted by block A and B is equal in magnitude to force exerted by block B on A.

Q. Figure shows four situations in which a force is applied to a block. In all four cases, the force has the same magnitude, and the displacement of the block is to the right and of the same magnitude. Which of the following cases work done by the applied force on the block is zero?

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