oof i see people get muted for being right here

lmao

there is

XD

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3
I always hear pressure defined as the force exerted by particles on the walls of the container they're being held in. This makes sense since the mathematical definition of pressure is p=FA. So, can pressure exist without walls to exert force on?

My understanding of pressure motivates me to think that even without a container, particles of gas in a vacuum could create pressure since their collisions with each other result in forces being exerted on areas (the areas being the surfaces of the particles being collided with).

On the other hand, a liquid in a vacuum could not exert pressure since on a microscopic level, the particles of liquid can't collide due to the cumulative strength of the bonds holding them together. @Deleted User

damn XD

omega just got muted for proving you all wrong

someone else has gotten

introuble

for proving someone else wrong

^

this server needs to get taken down

in my opinion

yes grim?

because they are trying to oppress the truth

i do

that the earth is round

😂

ik

ima get iced if i say we breathe air one of these days

XD

oof

XD