1. You need to push a box across the room. The box has a narrow side and a wide side. Based on friction alone, which side of the box should be the side down on the floor?
2. Note the relative magnitudes of the friction and explain why they vary in size.
1. The wide side should be on the side down on the floor as the value of friction will be less. Hence, it will be easy to push the box across the room and they chance of box getting toppled will be reduced.
2. They vary in size because when you keep the box with narrow side down on the floor, it will create strong inter-locking with the floor which give rise to high friction value. Hence, it will be more difficult to push the box with the narrow side down on the floor as compared to the box with wide side down on the floor
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