The tip of a whip can move faster than the speed of sound because energy travels from the handle to the tip like a wave along a rope, and since the whip becomes thinner toward the end, its speed increases dramatically, allowing it to break the sound barrier and create a sonic boom; this same principle applies to ropes and chains when force is applied to one end.
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The Physics Hidden Inside a WhipAdded:
The tip of a whip can actually move faster than the speed of sound. When a whip is swung, energy travels from the handle to the tip like a wave moving along a rope. Because the whip becomes thinner toward the end, its speed increases dramatically. At a certain point, the tip of the whip can break the sound barrier, creating a small shockwave called a sonic boom. A similar effect also happens with ropes and chains. When one side is pulled or moved, the force travels through the entire [music] length. Now you know.
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