Good example. That is how the fictitious centripetal force appears when you restrict motion into a circular movement. At the same time a real centrifugal reaction appears too, so that the body is in equilibrium even while moving in a circle. At any time that you stop the fictitious centripetal force, automatically the centrifugal reaction disappears and the body moves in a straight-line.
gr8 vid
Priyawb1 5 months ago
Good example. That is how the fictitious centripetal force appears when you restrict motion into a circular movement. At the same time a real centrifugal reaction appears too, so that the body is in equilibrium even while moving in a circle. At any time that you stop the fictitious centripetal force, automatically the centrifugal reaction disappears and the body moves in a straight-line.
feliztex 8 months ago