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In the figure below, a boy is shown pushing the box from right to left. The force of friction will act on the box ______.
- a)from right to left (←).
- b)from left to right (→).
- c)vertically downwards (↓).
- d)vertically upwards (↑).
Correct answer is option 'B'. Can you explain this answer?
Most Upvoted Answer
In the figure below, a boy is shown pushing the box from right to left...
Let’s carefully look at the situation.
The boy is pushing the box from right to left.
- This means the applied force is directed towards the left (→ box moves left).
- Friction is a force that always opposes motion (or the tendency of motion).
So, if the push is from right to left, then the frictional force must act opposite to it, i.e. from left to right.
Why not other options?
- Option a (right to left): That’s the direction of the applied force, not friction.
- Option c (downwards): That’s the direction of weight (gravity), not friction.
- Option d (upwards): That’s the direction of normal reaction from the floor, not friction.
Correct Answer:
b) from left to right (→)
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