according to that link it says - "The force of gravity acting upon an astronaut on the space station is certainly less than on Earth's surface. But how much less?"
So less enough to allow a drop of water to float about freely but strong enough to hold the entire weight of the moon 225x further away - makes sense

FE math is 100% correct, see how even when I show it to you - you're still in total denial

This post was edited by card_sultan on Jun 10 2016 02:45pm

You aren't in any place to understand if the math you are being shown is correct or not, you have already shown you don't understand forces, momentum, laws of motion, or anything necessary for this conversation. It wouldn't do any good , you would ignore my explanation because you don't have the requisite knowledge for this conversation.

which object has more mass the moon or a drop of water?
refer to

/e water or a person in orbit isn't floating freely they are in constant free fall -- read the article i linked

This post was edited by majorblood on Jun 10 2016 02:49pm

Newton's Law of Universal Gravitation which can be written as Fg=Gm1m2/r^2 and would not apply to figuring out the range of earth's gravity nor would it explain why you need to keep posting a photo of the formula instead of actually explaining your ideas.

But I see where you're going with this. You don't have to think about anything cause the smart people already told you what to think. Ya Science!

You should try to explain the lack of variable acceleration due to gravity at sea level at different distances from the center of flat earth. The further an object is from the center of mass, the less gravity will accelerate a falling object. So why do the laws of physics work the same in Australia as they do in England? In your "model," England is far closer to the center of mass, and therefore gravitational acceleration should be higher.

i've done the math for you in the past and you just ignored it. apply the numbers yourself in the case of the moon and you will understand why the Earth and Moon orbit a center of mass due to gravity

Yep, same story different day

Heliocentric Model = Gravity
Geocentric model = no Gravity

you can't place the Geocentric model in the Heliocentric model and wonder why things are the same - because they are completely different.