/tg/Station 13

energy = specific heat * moles * temperature

temperature = energy / (specific heat * moles)

energy_oxy = 17.47 * 20 * 293.15

energy_n2o = 852.96 * 2.88 * 40

(energy_oxy + energy_n20) / (17.47 * 20 + 2.88 * 40)

final temp = 431.957 kelvin

You are right: The numbers for the heat capacities on ...

the wiki isnt wrong you’re wrong

don’t release it it never works out, as that guy said this is the entire job, don’t ruin it (i did)

not that oranges is even close to correct about changing the bomb equations or some shit, they just nerfed the hell out of point gen lol

Here is my data for the ...

So I tried to test whether the wiki was being truthful with the heat capacities of the gasses. Now, the molar heat capacity of a substance is the temperature needed to raise one mole of said substance by 1 kelvin. As we know, the energy released or absorbed is equal to the amount of moles multiplied ...

You might find this, this, and this useful.

I just read through those three files. Either I'm a smoothbrain, or they do not actually contain the information I seek. From my understanding, they only say things to the effect of "Do this operation with HEAT_CAPACITY", not what the heat capacity ...

Alright everyone, let's get straight to the point: I want to make a spreadsheet that tells me what the resulting pressure would be if I were to connect two tanks of gasses together and let them mix. Basically, it's a TTV simulator. However, there are several issues which I need to resolve before I ...