Sjack Abeling Gravity Wheel and the Worlds first Weight Power Plant

[matrixman]

Cont.

... We release both balls at the exact same time. When A ball reaches the 10 inch mark B ball will be far behind. At this point can it be said that A ball has more kinetic energy than B ball? YES!!!   because it has used more of its vertical potential than B ball has at THIS POINT IN TIME. When both have finished they will both have used the same vertical potential and both will be traveling at the same velocity, and since kinetic energy is mass times velocity squared, both will have the same kinetic energy at this point in time. Still don't understand? Still think A ball has greater energy at this point in time? Go back and look at example 2.

[Omnibus]

@matrixman, you're confused. Don't try to beat around the bush but read carefully and try to understand what I already explained more than once.

[Omnibus]

No, no, don't continue with your examples, @matrixman, I don't have the time to sort out your confusion based on your examples. Read carefully what I explained and try to understand it if you can. If you can't understand it I can't help you. That's that.

[Omnibus]

Example--that's not the relevant question to be asked if you need to understand as to why CoE is violated and I explained why:

1. If a ball is the one following the curve and b ball is the one following the straight but decline track, since a ball finishes first it has greater energy at the end than b ball does. Yes or no?

[matrixman]

Lol, I sense a fear of answering the questions. You are either very stupid or love playing games. In any case your reputation precedes you, I guess you have a lot of time on your hands.