If we apply a force towards right on a body kept at rest on floor, friction will act .

towards left

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towards right

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upwards

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downwards

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Solution

The correct option is A towards left
Frictional force has a tendency to oppose relative motion between surfaces in contact. As we are applying a force towards right, the block will have a tendency to move towards right. Hence, friction will act towards left to oppose this impending motion.

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Question 8
Answer the following questions:
A. Why is sliding friction less than static friction between the same surfaces?
B. A book of mass 1 kg is kept at rest on a table. The maximum value of static friction is 200 N and sliding friction is 180 N.
i. If we apply a force of 190 N, will the body move?
ii. If we apply a force of 210 N, will the body move?

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is kept initially at rest. A force of

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is applied on the body then the acceleration produced in the body is

3 m / s^{2}

, force of friction acting on the body is

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If we apply a force towards right on a body kept at rest on floor, friction will act .

The correct option is A towards leftFrictional force has a tendency to oppose relative motion between surfaces in contact. As we are applying a force towards right, the block will have a tendency to move towards right. Hence, friction will act towards left to oppose this impending motion.

The correct option is A towards left
Frictional force has a tendency to oppose relative motion between surfaces in contact. As we are applying a force towards right, the block will have a tendency to move towards right. Hence, friction will act towards left to oppose this impending motion.