@Blitzkrieg226
On 979th attempt, the ball keeps making circles .. Science is amazing.
@rbjr0213
I’d explain but I’d be going off on a tangent.
@vetalveral8920
F=m•a; F=2•m•V•V/D; V=pi•D•n/60, F= =m•pi•pi•n•n•D/1800, where m is a ball mass, (kg); n - is a rotational speed, (rpm); D is a enternal ring diameter, (m). All the best from Ukraine!😊
@arquloc0893
I've watched this hundreds of times, and I am quite impressed with the consistency of this experiment.
@calebrien9996
To all who gave up too soon: you missed the 1987th spin, that’s when the magic happens.
@pedrojorge1912
Velocity in circular motion is always tangent to the circle. So when we suddenly don't have the forces produced by the edges, that are causing the change in the direction (centripetal force), it just keeps going in the direction of its velocity. It doesn't go in a diagonal (directions A, E) or curve (B, D), but in perfect straight line (C), tangent to the circle, pointing down, as predicted by Newton's 1st Law.
@wood9080
The normal reaction is acting as a centripetal force. As the the normal force between the ball and wooden circle becomes zero, the ball goes off along the tangent. This is the observation from inertial frame(inertial frame is a frame which does not have an acceleration, here, it is the camera) But, if we observe the motion from the frame of ball, we would have to apply centrifugal force as a pseudo force (a force that we apply when our frame is also accelerating) to use newton's laws as our frame will be non inertial (an accelerating frame) this time...
@shadowstrider5033
Newton's first law of motion. An object is stasis remains in stasis and an object in motion stays in motion IN A STRAIGHT LINE, until acted upon by an external force.
@Elektromehanik5000
Как я раньше без этого видео жил!!! Просто офигенное суперпознавательное, мегаошеломляющее, бездонноинформативное, золотое, бриллиантовое, обалденное и незабываемое!
@neoneapolitan2122
The very definition of "going off on a tangent."
@streetDAOC
Sometimes, whenever I eat M&Ms, I like to hold two m&m's in between my fingers and squeeze as hard as I can until one m&m cracks. I eat the cracked one, and the one that didn't crack becomes the champion. Then I grab the other m&m, and force it to compete with the champion in this deadly game of m&m gladiators. I do this until I run out of m&m's, and when there is only one m&m left standing, I send a letter to m&m's brand with the champion m&m in it with a note attached that reads: "Please use this m&m for breeding purposes."
@bunnycarrot9937
Fun part about movement, it is only straight! As in any one force can only be applied in one direction and any changes are from other force's
@cheesebusiness
I didn't realize it's a test until you showed the answer
@gsmollin2
Centripetal force is the force always at right angles to the tangential velocity of the ball and always pointing towards the center of the circle that keeps it in circular motion. Centrifugal force is the reaction force at the point where the ball contacts the track and points in the opposite direction of the centripetal force.
@AE31011
What did you think, that the ball keeps making circles? Thanks for the likes.
@DaVint123
Yes, it goes straight because the vector is always pointing at a predefined direction. At least that’s what I think, I might be dumb.
@somerandompianoguy3279
Inertia is only for velocity. No body can ever have a memory of its acceleration after the force ceases to exist, since by Newton's second law, force is instantaneous (F =dP/dt).
@francoisclaeys3594
Vous pouvez faire la même chose avec une corde et un seau .Le seau sort tangentiellement.
@fanamatakecick97
Centrifugal force occurs when an object is ejected through spinning (like water coming out of a wet ball). Centripetal force occurs when torque occurs due to a force cause a change in direction (like a flail being flung) This is is centripetal force
@jannekemppainen476