Stravinsk
Composer and Artist on Flat Earth
- Joined
- Jan 4, 2016
- Messages
- 4,562
- Gender
- Male
- Religious Affiliation
- Deist
- Political Affiliation
- Conservative
- Marital Status
- Widow/Widower
- Acceptance of the Trinity & Nicene Creed
- No
Centrifugal force is proportional to the speed (measured in revolutions per second) at which a body revolves. The Earth revolves at one revolution per day. That means it revolves at 0.00001157407407407407 revolutions per second. That's very slow. Not much speed to fling anything anywhere.
I've already quoted the data from space.com. If MarkFL was still around I would bet he'd be in agreement, or relative agreement with it. It follows the basics of the model but for some reason you have an issue with it. I don't have an issue with it (as part of the model) because it logically follows to me - although since I reject the model I reject the overall notion that we are spinning in space.
Here's something to try to wrap your head around what you seem to be missing.
Measure a ping pong ball. The circumference around the center. That is the distance it must travel to rotate 1 360degree turn.
Now measure a tennis ball and the distance is increased
A basketball - and it's increased
A beachball - and it's increased
Traveling distance takes *time*. Given a single speed for each of the spheres listed above, takes more time as you go down the list. As the circumference widens, the distance widens - and thus the time to complete that distance widens.
This is the basics you are missing. You can't just say it's rotating once every 24 hours and not take into account the distance that must be covered for that rotation to occur. If a ping pong ball rotates at 1 inch an hour and it's circumference is 5 inches, then it will take 5 hours to complete the rotation.
If the beachball is 37inches in circumference *and is rotating at the same speed as the ping pong ball - 1 inch per hour* - then, because of the larger distance to cover it will take 37 hours as opposed to the 5 hours for the ping pong ball.
Therefore, if you want to believe a spinning globe is rotating "slowly" over 24 hours despite that there is no way it can be "slow" (especially around the widest area - the equator) because of it's size, then what can I say. You do not understand the model you say you believe in.