Message from @Quorum
Discord ID: 642190416367583263
Or what we believe to be the ISS
but couldn't the middle be the sattelite's body ?
Could be i dont know
ye π
Its funny tho
I've put some sattelites in orbit at Kerbal Space Program
it's very cool
it's funny
I should be better at making rovers than sattelites
yet my rovers usually break in the first minutes of their missions ;-;
I am a disgracee for mechatronics ;-;
...
@rivenator12113 was busy
You should weigh a heavy object in and out of a vacuum chamber and see how much the difference is then use that as a range of error and apply it to whatever results you are looking at
Then, since you will actually have evidence to support your argument, you may be able to make a valid point
Until then, it is simply a case of you saying the air pressure is significant, and others saying it is not
They don't assume the distance or size, trig is used to calculate the distance in the first place, and they don't use the size, they use angular size
Unless trig is fake
@lapizzle You tried to prove gravity but forgot to factor in that air density is a factor that affects weight and thus a failed experiment. You're going to ignore the normal scientific procedure just to own muh flat earth? That's like going in an experiment where you're trying to prove that water always boil at 100 degrees everywhere then you don't factor in that it wasn't done at different altitude with different air density in the environment.
You would get a C- even if you do everything else correctly but forgot that one little important factor and it would be labeled as a failed experiment.
I don't understand how you guys never care about the scientific procedure when you're trying to prove anything to flat earthers. Buoyancy is a big factor that affects weight, you can't just scratch it off and say '' here's how much it would weigh because of earths gravity.''
they always reply that its because of buoyancy and not gravity. is there any results where the weight was measured in a vacuum so he can shut up?
also buoyancy is because of GRAVITY
but i think that he's right to a certain point. it can impact the weight but not a lot, are there any objects weighted at the equator and different place of the world in a vacuum chamber? @Jondar02 i remember we talked about this
πΊπ₯Άπ¨βπ¦°πππ§πππ
Gravity is caused by the magnetic pull of the earths molten iron and nickel core just like a really big fridge magnet in simple terms
Heating things lose magnetism tho?
Not when itβs on the scale of millions of tonnes
The north and south magnetic poles arnt actually identical to the normal north and south poles because the earth is at a tilt of 5-13 degrees I think (dont remember exactly)
'' Let's ignore that different air density doesn't impact weigh just like Kenya which has the lowest air density (Kenya is the highest elevation point of all the results) also has the lightest weighted gnome. '' The mental gymnastics on globe earthers to ignore the scientific method and all the factors that can affect gravity is mind boggling. @Lain Come back when you put your gnome in a vacuum chamber and calculate the difference of mass that happens due to gravity all around the world, there's a reason they don't this experiment.
@Lain there is, because the world is not a perfect sphere with a continuous equal solid mass distribution
@rivenator12113 I'm telling you the pressure is not a significant variable. If you do not believe me then test it.
The carbon emitted into the atmosphere each year is in the millions of tonnes try piling that up on yourself then see if the air in the atmosphere has an impact on gravity (cuz it does)
You compared different air density weight to light radiation affecting its mass, it shows that you have no idea how much it affects weight.
37.1bn tonnes of carbon was emitted in 2018 and the amount of radiation in this carbon to if it ββtwas not spread out would most likely kill **a lot of people**
@rivenator12113 Iβm confused are you on the flat earths side or against because your role suggest otherwise?