Re: thanks bro! Yeah I did notice my mistake, but not until after I posted it 😬 I think my plan will just be to make it where he was losing his power from the mushroom over time, so we’ll see how that goes.
es and volume dramatically increases while flowing through the regulator, temperature correspondingly drops. This can lead to the regulator becoming cold enough that the internal components freeze, or even so cold that the gas begins turning to liquid while flowing through the regulator. The common solution for this is to route engine coolant through channels in the regulator, preventing it from freezing.
Another real-world application of the ideal gas law is the design and regulation of pressure vessels to accommodate temperature changes. A common industrial gas cylinder may be filled up to 3000 psi or more. If the cylinder is heated after being filled, it may exceed this pressure by a large margin. This was demonstrated in dramatic fashion in St Louis in 20
Re: thanks bro! Yeah I did notice my mistake, but not until after I posted it 😬 I think my plan will just be to make it where he was losing his power from the mushroom over time, so we’ll see how that goes.
Great entrance.
Yo thanks for the comments and all the stars! Nice job on this by the way.
es and volume dramatically increases while flowing through the regulator, temperature correspondingly drops. This can lead to the regulator becoming cold enough that the internal components freeze, or even so cold that the gas begins turning to liquid while flowing through the regulator. The common solution for this is to route engine coolant through channels in the regulator, preventing it from freezing.
Another real-world application of the ideal gas law is the design and regulation of pressure vessels to accommodate temperature changes. A common industrial gas cylinder may be filled up to 3000 psi or more. If the cylinder is heated after being filled, it may exceed this pressure by a large margin. This was demonstrated in dramatic fashion in St Louis in 20
Thanks very much, it's great to hear from you again :D
Amazing sprite animation btw.