... nice... heh,make tube and "gas" inside then make that meter system side of the tube and u got "gas pressure" ;in tube,and u can but it in some motor systm or sumthing
The impact of gas molecules against the inside of a container is only half the picture. The molecules bounce around because they're rapidly absorbing and emitting thermal photons. As heat is absorbed, the valance electrons in the atoms jump to a higher energy state, increasing atomic radii. As heat is emitted, the valance electrons drop to a lower energy state, reducing atomic radii. As temperature increases, pressure increases as average atomic radii increases.
the "gas" is just little balls and the red thing left is just object that has over 1.000 bounciness. And because the balls move faster they push the right wall more and more and then the "pressure" increases.
clever design!
Wuestenschiff 1 year ago
PV=nRT is all you gots to know
AllOtherNamesTaken2 1 year ago
... nice... heh,make tube and "gas" inside then make that meter system side of the tube and u got "gas pressure" ;in tube,and u can but it in some motor systm or sumthing
terragot 2 years ago
@terragot how can you create gas and a heting source in phun???
tntvacation 1 year ago
@tntvacation well---its just restitution...its all i can help, just models with hi-restitution
terragot 1 year ago
@tntvacation remember to turn of gravity, or make them as light as the real gas.
timonix2 1 year ago
This is like cooking.
buypoemod 2 years ago
The impact of gas molecules against the inside of a container is only half the picture. The molecules bounce around because they're rapidly absorbing and emitting thermal photons. As heat is absorbed, the valance electrons in the atoms jump to a higher energy state, increasing atomic radii. As heat is emitted, the valance electrons drop to a lower energy state, reducing atomic radii. As temperature increases, pressure increases as average atomic radii increases.
Piscivorus 2 years ago
wow this is a good example of whats its representing.
bananasquads 2 years ago
Air's density for Phun is:
0.010 kg per square meter
VetsBrooklynlord 2 years ago
I forgot this question:
Where do you find Bounciness?
I think ive found it once but probably forgot
VetsBrooklynlord 2 years ago
Its restitution
helo1200 2 years ago
@VetsBrooklynlord AND for real life too :D
tyab87 2 years ago
My balls seem to escape the box, anyway i try. Has anyone got a link for this model to download?
aeczem 2 years ago
how do yoy get gas in phun?
Please answear!
AreSkavlid 3 years ago
the "gas" is just little balls and the red thing left is just object that has over 1.000 bounciness. And because the balls move faster they push the right wall more and more and then the "pressure" increases.
Somethingcrappy 3 years ago
the little green balls, from my observation, are supposed to be the gas molecules.
power4487 2 years ago
shit quality hot diggity damn
harryh111111 3 years ago
how do you make stuff glow? PLEASE ASWER
SirEverard 3 years ago
in an old version of phun, when you selected things, they glowed.
jcole60 3 years ago 2
BALLIN
expendedAmmunition 3 years ago
very interesting
dibbuck 3 years ago
how do you make stuff glow?
digorrybio 3 years ago
how do you simulate heating coil, is there any special function or you make it somehow?
niinja2 3 years ago
can be done by making it a bouncyness over 1
Beaverman20 3 years ago
what version of phun is that , do you need to buy it or its free?
niinja2 3 years ago
its free
2Rean2 3 years ago
only click the bounciness number and write whatever number you want to make the bouncyness bigger
Somethingcrappy 3 years ago
yea bad quality
Dragonphunfan 3 years ago
Containment breach! Great video.
AntiStanky1231 3 years ago
Nice! A useful model for visualizing the Gas Law.
DistracticusPrime 3 years ago 2