Kryptonite Physics Introduction.

This is a brief outline of the first five videos in this series,
The aim is to give the viewer an understanding of Physics, at a basic but relevant level so as to fully understand the impact of the last video.
The Kryptonite Physics.
All the physics relates to a mass or point on the edge of a rotation. Except (1) Vector addition.
The first four :
1. Vector addition, Top to tail.
2. Circular motion the effect on a mass.
3. Rigid body rotation with translation physics.
4. Relative motion and inertial reference frames.
A not seen before look at this physics, it challenges relative motion.
5. The Kryptonite Physics.
Pulls the knowledge gained from the past four videos together, it challenges the very bedrock of physics. with known and tested physics.
Handy tool,
ophysics.com/k...

[@do_notknow_much]

0.000694 Rotation-Per-Minute. Can be applied to a Globe of any size. All globes will be twice as slow as a clock.
...a basketball sized Globe with a .000694 RPM would result in 0.1028 foot per hour tangential velocity. Or 0.000019470 miles per hour.
...Animations of a Globe with 10, 20, 30 RPM are very misleading.

[@KryptonitePhysics]

Its about a constant.
The globe needs all constants to work.
Actual physics tells you there is no constant, for a point on a rotation, when the center is also moving.
Rigid body rotation with translation physics.
RPM has nothing to do with it.

[@joewolf765]

@@KryptonitePhysics *EXCEPT* when the momentum is constant... as the Earth's is, while in orbit in space.
Translational Equilibrium: An object is in translational equilibrium (its momentum is constant) if the *sum* of the forces acting on it is zero.
Rotational Equilibrium: An object is in rotational equilibrium (its angular momentum is constant) if the *sum* of the torques acting on it is zero.
You're missing this part... yet, it's critical.
You might want to view: th-cam.com/users/shorts8AXqOd2_QEo?si=dhxVHAnsPlxSbW4o

[@1957mattes]

You like to show a bowl of fish in your videos. If you take it in a car and drive down the road at a constant speed, will the fish be pushed against the wall of the bowl? Or is he happily swimming around? Everything in the car moves at the same speed no matter how fast it goes. The only thing that could notice anything in the car is acceleration. But the earth does not. So we do not notice the movement of the earth no matter how fast and in which direction it goes. Think about this again.

[@KryptonitePhysics]

A point on a rotation in the car will not move at a constant, see rigid body rotation with translation physics.

[@1957mattes]

@@KryptonitePhysics If you darken the fish bowl, the fish will not notice that it is driving or moving.

[@conservativedragon]

​@@1957mattes Only idiots believe in The flat earth

[@1957mattes]

@@Bob-lw2kt You tell a whole story.....but where are we accelerating or are we being slowed down? Where are bumps or holes? So your story tells everything except what we would notice. Think about that and not some conspiracy story.

[@junior88011]

@@1957mattesDid the 3rd part not show you that if you measure the outer circle in any one place, the motion of that one part changes, depending on the current location? Did it also not show that due to position, it would appear to accelerate and slow down? Sorry, I thought this was covered?

[@alflat885]

Brilliant! I always wanted to understand fully all this. THANK YOU CHRIS!