27. It is sometimes said that water is removed from clothes in the spin cycle by centrifugal force throwing the water outward. Is this correct?
28.
29. The smaller the velocity of the object, the less centripetal force you will have to apply. The smaller the length of rope (radius), the more centripetal force you will have to apply to the rope .
30. The smaller the mass, the smaller the centripetal force (shown by the red vector labeled as the force of tension in the rope, FT) you will have to apply to the rope.
31. If you let go of the rope (or the rope breaks) the object will no longer be kept in that circular path and it will be free to fly off on a tangent.