Message from @noah

Discord ID: 563217169576493074


2019-04-04 04:20:09 UTC  

newtons third law

2019-04-04 04:20:16 UTC  

im not a physcisisit

2019-04-04 04:20:18 UTC  

@Human Sheeple does a fireman have trouble holding onto a firehose b/c the water is pushing off teh AIR?

2019-04-04 04:20:21 UTC  

you would need to ask one yourself

2019-04-04 04:21:16 UTC  

Again, the shape of the nozzle at the end of rocket's propulsion chamber is shaped like a cup so that it can "catch" the force of the gas leaving the rocket's body.

2019-04-04 04:21:36 UTC  

@Human Sheeple you live in the usa right if you want to test it take some ammunition with a less dense projectile with the same muzzle velocity and compare it to ammunition that is more dense but has the same muzzle velocity

2019-04-04 04:21:46 UTC  

it will debunk that pseudoscience rather fast

2019-04-04 04:22:15 UTC  

3. APPLICATION OF PRESSURE VECTORS https://imgur.com/a/g6eAkG6

2019-04-04 04:22:26 UTC  

ZERO PRESSURE, ZERO SUM VECTOR

2019-04-04 04:22:36 UTC  

@Human Sheeple go test what i just said and tell me what you find

2019-04-04 04:22:45 UTC  

the problem with normal tires is the sealant, not the psi different

2019-04-04 04:22:53 UTC  

thats the same principle that rockets work on

2019-04-04 04:23:05 UTC  

@^Kevin^ how about a balloon then

2019-04-04 04:23:11 UTC  

What does @Vortex do

2019-04-04 04:23:18 UTC  

where you put the air in the tire is where its weakest, and a tire in space would blow up

2019-04-04 04:23:27 UTC  

why woudl it blow up

2019-04-04 04:23:35 UTC  

just like a rocket and a space suit

2019-04-04 04:23:39 UTC  

i mean it can handle a pressure difference of 5 psi

2019-04-04 04:23:47 UTC  

you need better sealant and higher tech than what they are using

2019-04-04 04:23:49 UTC  

so 5 psi inside and complete vacuum on outside would be fine

2019-04-04 04:23:57 UTC  

Not if you designed the tire to absorb the force being applied by the pressure inside of it.

2019-04-04 04:23:59 UTC  

what sealant do they use?

2019-04-04 04:24:05 UTC  

you need like forcefield tech or something to survive that powerful of a vacuum

2019-04-04 04:24:13 UTC  

^based on what/

2019-04-04 04:24:33 UTC  

Or atmosphere

2019-04-04 04:24:38 UTC  

you cannot put 6 to 8 foot concrete and steel reinforced walls in space, too much mass

2019-04-04 04:24:38 UTC  

Because that's what we have it for

2019-04-04 04:24:39 UTC  

@^Kevin^ its not the vacuum thats pulling inwards its the atmosphere pushing inwards you can test this if you get 2 vacuum chambers and put a vacuum in the first smaller one and put that inside the larger one and drain the air

2019-04-04 04:24:42 UTC  

even if space existed

2019-04-04 04:24:58 UTC  

and it still wouldn't work in the vacuum of space, because the vacuum of space is said to be 100,000 times stronger

2019-04-04 04:25:22 UTC  

Gravitational pull of the sun helps us stay in rotation

2019-04-04 04:25:31 UTC  

ITS NOT THE VACUUM thats pulling inwards

2019-04-04 04:25:39 UTC  

its the point where your putting a plastic screw on the tire inflation area isn't going to hold the air in from exploding to fill the vacuum

2019-04-04 04:25:46 UTC  

the nozzle

2019-04-04 04:25:54 UTC  

Hello fellow flat earthers

2019-04-04 04:26:07 UTC  

why would something with nothing in it pull inwards for no reason

2019-04-04 04:26:09 UTC  

@Abe Lover what's a gravitational pull?

2019-04-04 04:26:11 UTC  

gravity isn't real

2019-04-04 04:26:19 UTC  

Agreed

2019-04-04 04:26:23 UTC  

unless there is a pressure differential