A nail is hammered into a wall. what kind of motion does it have
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Newton’s Third Law of Motion that states ‘Every Action Has an Equal and Opposite Reaction’ is followed when a nail is hammed into a wall.
The hard wall surface provides a high frictional resistance that is overcome with the strong mechanical force that is exerted while hammering the nail.
The hard wall surface provides a high frictional resistance that is overcome with the strong mechanical force that is exerted while hammering the nail.
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"When a nail is forced into the wall, there is the mechanical motion between the nail and the wall.
When a nail is hammered into a wall and in that process the "Newton's Third Law of Motion" works.
It ("Newton's Third Law of Motion") states that "every action" has an "equal and opposite reaction".
Therefore, when a nail is hammered into a wall, the hard wall surface provides a high frictional resistance to overcome the mechanical force exerted while hammering the nail."
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