Re: Rob Skiba
Posted: Mon Apr 25, 2022 9:31 pm
The thing about the above description of the circular motion of the earth and its wobble, why would a ball have a wobble? Why would a ball only ever spin in one direction? Why wouldn't the off-axis wobble eventually conform to the general direction of the ball's movement? Or, why wouldn't the wobble change the direction of the ball so its movement no longer conforms exactly to past circles?
If you look at the model, it is a nice little animation for a minute, but the claim is that these independent movements on a single spherical object have been happening for hundreds of thousands of years, running exactly parallel to one another by chance, and never crossing each other out. The thing with that, a ball has no preference to which way it spins, it's not like kicking a can down the street, in which case you can be pretty certain on which axis the can will roll.
A good way to contemplate what I'm trying to get at is looking at a real BALL's dynamics with spin on it. I'm using snooker because while science says "flat earth" is nonsense, "flat solar system" is exactly how they universe works apparently.
Boost Cue Ball Spin In Snooker
Do you notice the ball always travels straight when force is added? Do you also notice that adding spin does definitely effect this straight movement, and it is more of a fight between the two contradicting forces, they don't just harmoniously ignore each another.
Below are a couple of Rob's slides with regards to interesting numbers relating to axis and spin.
If you look at the model, it is a nice little animation for a minute, but the claim is that these independent movements on a single spherical object have been happening for hundreds of thousands of years, running exactly parallel to one another by chance, and never crossing each other out. The thing with that, a ball has no preference to which way it spins, it's not like kicking a can down the street, in which case you can be pretty certain on which axis the can will roll.
A good way to contemplate what I'm trying to get at is looking at a real BALL's dynamics with spin on it. I'm using snooker because while science says "flat earth" is nonsense, "flat solar system" is exactly how they universe works apparently.
Boost Cue Ball Spin In Snooker
Do you notice the ball always travels straight when force is added? Do you also notice that adding spin does definitely effect this straight movement, and it is more of a fight between the two contradicting forces, they don't just harmoniously ignore each another.
Below are a couple of Rob's slides with regards to interesting numbers relating to axis and spin.