Asked by ko
A ball at the end of a rope is swung in a circle that is parallel to the ground. If the ball is then swung around in a circle that is perpendicular to the ground, which of the following statements is true? Assume the speed and length of rope are the same in both cases.
Perpendicular circle has a different total centripetal force.
Weight force is independent of the parallel circle's motion.
The accelerations are different
The tension in the rope is the same for both cases.
Perpendicular circle has a different total centripetal force.
Weight force is independent of the parallel circle's motion.
The accelerations are different
The tension in the rope is the same for both cases.