Freodin
Devout believer in a theologically different God
You didn't understand the point of the experiment in the first place.Lol. So you propose I do an experiment. Then I propose you do the same experiment, making it more accurate for your ball-Earth, which would show inadequacies in your ball-Earth model. Then you explain said experiment won't work due to scale? Lol. Why propose I do it in the first place?
Would you listen if I explained?
Hey, why not. What do I have to lose?
You started with the question why the sun doesn't pull the water away from the earth.
Let's look at the forces involved here.
There is a gravitational pull on every object with mass. A "force" will result in the acceleration of an object... proportional to its mass.
So the sun excerts a force on both the dirt-earth, as well as the water layer on earth. (And the humans, and the birds and the clouds and everything else.)
Let's assume for simplicities sake that there no other massive bodies around... only the sun and the earth. So both the water and the earth are pulled towards the sun. Equally. There is no additional force that would pull the water away from the earth.
Quite the opposite, in fact. Earth itself has a mass, excerts a gravitational pull, and thus pulls the water down to the ground, keeping the whole system together.
Now in this experiment with the wet ball the earth on which we are standing represents the sun. The ball represents the earth, the water the oceans.
If you drop the wet ball, the earth will pull both the ball and the water down, with the same effects. They will fall down together.
There are limits. If you hold on to the ball, it will not fall, but the water will still drop down. This is because you, by holding it, are excerting a force onto the ball... but you are not holding the water.
With the real earth, the real oceans and the real sun, there is no one holding the earth, but not the oceans.
There is also the air resistence. It can result in the lighter and more flexible water to fall a little slower than the ball.
But with the real earth, oceans and sun, there is no air resistence.
And finally, there is the issue of scale.
The sun has about 333,000 times the mass of the earth. The earth has about 12 x 10^24 times the mass of a soccer ball. The ball is also, in relation, a lot closer to the earth than the earth is to the sun. In relation, the gravitational pull of the earth on the ball - and the water - is a lot higher than the pull of the sun on the earth system.
In order to understand the results of an experiment, you need to understand the components. You need to understand all the things involved.Why should those who believe the Earth is flat be the only ones who have to conduct experiments, when Globalists can just say "it doesn't work due to scale" for the experiments that disprove their theory? Lol.
If scale is a problem, you need to understand why. I don't use "scale" as some magic excuse not to answer your questions. Scale is important.
Another experiment. Take a matchbox toy truck. Transfer it from your left hand to your right. Now do the same with the next 12-wheeler truck on the highway.
Why should I believe that you can lift a toy truck, when you cannot do that to a real 40-tonner? Maybe because of SCALE? That the real truck is a lot bigger and heavier in relation to the toy?
So you cannot lift the real truck. Why should I believe that you can use a crane to lift it? Maybe because of SCALE? Because the crane is capable of excerting a lot more force than a single human can?
Scale is important.
Force is force. The mechanisms will differ, but the results will be the same.I do understand that (small) scale is the reason that some water droplets stick to the bottom of the ball, but it was you who proposed this as some justification for your ball-Earth theory, where magic gravity (not molecular forces) is said to produce the tides, yet not suck the waters up into space.
But again you underestimate the effects of scale.
The gravitational pull of the earth on a 1g droplet of water is 0.0098 N. The gravitational pull of a ball on that same droplet is a tiny tiny fraction of that. (Using the values I mentioned above: 1 to 12 x 10^24).
You really need to understand the scales involved. You can lift a toy truck. You still cannot throw the toy truck to the top of a skyscraper. The moon excerts enough force on the ocean water to raise the tides a few meter. But it doesn't have enough force to "suck the waters up into space".
Upvote
0