Aristotle wheel paradox #science #paradox

[zenowyvern]

The length of the second line is described on the same plane through the dimension of time, the fourth spacial dimension, the wheel is a solid object, this means that the outer line will spin at a faster rate, exactly equal to the difference in distance, this is the definition of *solid* physically, the length of the line is "shortened" through it's "stretching" through time, the mathematics are not bending, time is bending. This is the higher dimensional description of the "phenomena" known as relativity

[styvevincent]

To resolving the paradox is to recognize that the distance from the center of the circle to the point of contact with the table (or surface) changes as the circles roll. Specifically, the smaller circle is indeed closer to the center of the circle at certain points, which means it travels a shorter distance than the larger circle.

[enkhtaivantaivnaa]

Smaller circle just sliding more distance than bigger one.

[jessetate.]

It’s like a gear ratio, different rotations separate, look in a manual transmission, but cogs and small cogs, they do the same thing

[AdelBazzine]

The small circle is slipping on the line!

[ringzz]

Place the small one also with surface like the big one is placed.

[bmwforlife]

It's simple. The distance is not the same. The speed is not the same. There is only one constant factor: time.

[southwestohoutdoors]

Take a pencil and an old game cube disc on one side. Then put cd on the other side. The small one spins faster because it is smaller and has less time to rotate. That’s how you figure out if it’s half the size or a quarter of the size of the bigger circle, by comparing the relative rotation of both circles.

Ex. Bug one goes around halfway and the small one goes completely around. The smaller one is half the size.

[ManjeetSingh-rqng]

It doesn't measure distance, it measure linear velocity which is equal for both

[mahesh_spidee]

Make a zigzag teeth around the circle then move it you will get to know.

[charlesdawson]

To me all this proves that a solid rotational force, bound by gravity will rotate 180 degrees all at once.

[lostmedic]

Its frequency change, this is a carrier signal works with radios, the larger freqency takes over the smaller one and sets the time constant for the waveform.

[RislanMulyana]

Its very different, a smaller circumstance make a dot line in very small ways, and a bigger one make a perfect line

[benob]

I will assume you think the earth is flat, because for some reason everyone that is puzzled with this one automatically thinks the earth is flat.

[MikezTV]

So when you run track, the cheat code is to run at the other end

[mdxparadox]

Actually the speed of bot the Circles are different the smaller one has lower speed than the bigger one, i know both are part of same circle but speed at different points are different, the more the gap between the centre and the taken point, the higher the rotation speed it needs to complete one revolution, and this video the circumference of bigger circle is in the contact with ground so it made the smaller circle to slip to cover the same distance in the same time, understood?

[mrsoggyramen]

No, because you are only measuring the x component of the distance traveled. The y component for the outer circle is larger because it has to go all that way up and all that way back down.
While the center circle only goes up a little and back down a little.
Is that simple enough to understand?

[rad]

The smaller circle is not independent of the larger circle. It's one circle, not two. Use a straight line from the center and presto!

[gregstewart]

The path the bigger wheel travels on is further from the center point on which it rotates, thus giving it more distance it needs to travel.

[carolinepalacios]

What’s the problem here. It’s pretty much obvious that the furthest line is travelling slower than the inner line.. its all about the time.. I don’t know I just noticed it now