## why does a stone tied to a string not fall?

when we tie a stone to a string and spin it,it does not seem to fall.why does it happen?i mean to say that,no matter how great its horizontal velocity and centripetal force is,the vertical component of the acceleration wont be affected.it means that the stone should keep falling no matter how hard it is spun.why does it happen then?
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 Here the falling force (gravitational) is being balanced by centripetal force. Hence do not fall.
 Recognitions: Homework Help The string can never be completely horizontal, instead it's at some angle, and the vertical component of tension equals the weight of the stone (assuming steady state). It might be easier to understand this if you imagine that the stone is moving slowly, with the string nearly vertical, following the shape of a cone as the stone moves in a horizontal circle.

## why does a stone tied to a string not fall?

 Quote by rcgldr The string can never be completely horizontal, instead it's at some angle, and the vertical component of tension equals the weight of the stone (assuming steady state). It might be easier to understand this if you imagine that the stone is moving slowly, with the string nearly vertical, following the shape of a cone as the stone moves in a horizontal circle.
rcgldr, you are right