User blog:FateAlbane/GG NO R-os-E-tta

Summary (?)
Also known as "Blame Megaman Magma Based Bosses".

Anyways, the feat is simple: Basic Magma users see the Magma Stream move and decide they want to try the same thing. They fail to reach Solar System Level but do manage to make me facedesk with the results as they curb my initial estimates.

Actual Summary
So remember how Flash Freezing someone is the most basic thing that amateur Ice users do? Well, Grave Geyser Rosetta is the most basic Magma users do. These peops are naturally comparable to each other so this calc will serve as the definitive scaling for the first arc.

Info:
Magma (Variation of Fire + Earth) - Can melt the soil to molten earth and generate a small layer/pool/chamber of magma below the earth, which then erupts from the ground like a miniature volcano or a geyser of magma. Grave Geyser Rosetta melts the earth and rocks underground to the state of magma. So Magma users basically generate enough magma below the earth to make their very own eruption happen and wreck the unsuspecting foes.

How much do they melt, for that matter?

Well, GGR gets its name from the Rosetta stone and its two sisters/copies.

So I'll use that as a reference for how much rock they melt for the magma chamber they create below the earth before eruption.

The almighty powers of Google tell me the Rosetta Stone weighs 760 Kg.  Times three that's 2280 kg.

From here I'll try this through two methods - they will end up surprisingly similar. I will also make a low, mid and high end with the magma temps, too.

Anyways. Almighty google also tells me heat capacity of stone is 1000.

Temperature to be used in the formula should technically be lower than room since they generate the magma below the surface, but I'll use room average of 20° C anyways because too lazy to search for that just for higher numbers. For Low end I'll have 700° C Magma, Mid End 1000° C, High End 1300° C.

The Calc - Method 1
With that in mind, we take the usual formula (E= m * c * ΔT) and get...

Low End:

E= 2280 * 1000 * 680 E= 1550400000 J or 0,3705544933078 tons of TNT

Mid End:

E= 2280 * 1000 * 980 E= 2234400000 or 0,534034416826 tons of TNT

High End: E= 2280 * 1000 * 1280 E= 2918400000 or 0,6975143403442 tons of TNT.

All of which are baselinish Building Level.

The Calc - Method 2
Alternatively, going from this site: http://home.earthlink.net/~jimlux/lava.htm You need 880 Kilojoules to melt each Kilogram of rock So I'll try this other method just to see how far or close the end result becomes. 880 KJ * 2280 Which gives me 2006400 Kilojoules. Which in turn is 2 006 400 000 J Or 0,4795411089866 Tons.