Anita throws four stones having the same weight of four different surfaces. The surfaces are icy, wooden, sandy, and cemented. She throw each stone with the same force. On which of the given surfaces will the stone cover the minimum distance before it stops?
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This is so because the icy surface will be slippery due to ice and water residue on it. Not only the stone, anything that goes on the icy surface is likely to slip. There won't be much friction offered by the surface.
If we talk about the sandy surface, the stone won't go far and will be stopped at the nearest point possible and it's also possible that the stone will settle down in the surface.
The dry and cemented surfaces will cause friction when the stone will be thrown on them, which will stop the stone from going far away.
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