Editing Plasma/potential earth like equivalents (section)

===Go CO<sub>2</sub> woohooo===
Now let's see how much CO<sub>2</sub> a single canister of plasma can make. 156,250 l for the volume of the 2.5 m³.

10 x 4.096 x 1000 = 40,960 l

10 x 15.625 x 1000 = 156,250 l

(198.935)(40,960 l) / (8.314)(370.4) = 2,646 mol CO<sub>2</sub>.

(198.935)(156,250 l) / (8.314)(370.4) = 10,093.696 mol CO<sub>2</sub>.

EVERYTHING IN ITALICS IS CORRECT AS FAR AS PROCEDURE AND METHOD GOES, BUT THE ACTUAL NUMBERS ARE INCORRECT. I'M ONLY KEEPING IT AS AN EXPLANATION OF CONVERTING MOLES OF CO<sub>2</sub> TO MOLES OF CARBON.

''Now then, because moles are hilarious little units, if we have 591.17 mol of CO<sub>2</sub>, we also have 591.17 mole of C.

591.13 mol / (1 molC / 1 molCO<sub>2</sub>) = 591.13. Don't believe me? 591.13 mol / 1 molCO<sub>2</sub> x 46 = 27,192 g. The molecular weights of Carbon and CO<sub>2</sub> are 14 and 46 respectively. The percent by mass of carbon in CO<sub>2</sub> is 14 / 46 = 0.3043 x 100 = 30.43 %. 27,192 x 0.3043 = 8274.52 g carbon. 8274.52 g carbon / 14 gC x 1 molC = 591.13 molC. Fucking math, how does it work. The same applies for the 2.5 m³ one. So it's 2232 mol Carbon if a tile is 2.5 m³.''