Calc GaoGaiGar - DIVIDING DRIVER!

For a long time, I've been uncertain as to how to calculate the power of the Dividing Driver, as it's abilities to part land and water is very explicitly done via warping dimensional space (there have even been times it's been used on enemy zonders), so I'm not sure if KE of the landmass parted is applicable.

(http://imgur.com/vR7GFOZ)
(http://imgur.com/ZnCtM9n)
However, there may just be a quantifiable way to calc it, which goes beyond the area that gets parted.
According to both Leo Shishioh and Pasdar, the space-warping energy of the Dividing Driver is comparable to a blackhole in space. But how to calc this? Where there's a will knife there's a way. As it turns out, blackholes rotate incredibly fast, at speeds of over 90% the speed of light.

• Black holes are some of the most enigmatic, extreme objects in the entire Universe, with more mass compressed into a tiny volume than any other object.
• But black holes aren't just extremely massive, they're also incredibly fast rotators. Many black holes, from their measured spins, are spinning at more than 90% the speed of light.
• This might seem like a puzzle, but physics not only has an explanation for why, but shows us that it's very difficult to create black holes that spin slowly relative to the speed of light.

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Typically, black holes spin really fast — near the speed of light. But astronomers have noticed that one monster black hole is spinning much more slowly than most smaller black holes.

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If this hypothesis is true, younger supermassive black holes would often demonstrate slower spin rates, while older ones that have had time to build up their speed would have faster ones. Overall, there would be a wide range of spin rates found across supermassive black holes. So far, that has been the case. Sagittarius A*, for instance, is estimated to spin at just 10% the speed of light, compared with H1821+643's spin rate of 50% the speed of light.

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Just imagine. The black hole spins up to the point that it's just about to reveal itself. But that's impossible. The laws of physics won't let it spin any faster. And here's the amazing part. Astronomers have actually detected supermassive black holes spinning at the limits predicted by these theories.

One black hole, at the heart of galaxy NGC 1365 is turning at 84% the speed of light. It has reached the cosmic speed limit, and can't spin any faster without revealing its singularity.

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So that's around 90% the speed of light or more for normal blackholes (with NGC 1365 spinning at 84% C), but for supermassive blackholes it can be lower, such as in the range of 10% C or 50% C (the speed of light being 299792458m/s). These will serve as our low end, mid end and high end.

(Low end)

T = 299792458 X 10%
= 29979245.8m/s

(Mid end)

T = 299792458 X 50%
= 149896229m/s

(High end)

T = 299792458 X 84%
= 251825665m/s

So with all of this in mind, how much does a blackhole weigh? About 3 to 10 solar masses.

The mass of a black hole is usually expressed in something called a "solar mass." One solar mass is defined as the mass of our Sun. This is a very large number, about 2 x 10^30 kilograms. That's 2 with 30 zeroes after it, or written out: 2,000,000,000,000,000,000,000,000,000,000. This is about one million times more than the mass of the Earth.

A stellar black hole forms when a massive star undergoes an explosive death called a supernova. This explosion, which can outshine an entire galaxy of stars for about a week, leaves behind the small, heavy core of a star. If this core is massive enough, it will collapse on itself and form a black hole. (Our Sun is much too small, or insufficiently massive, to form a black hole when it finally runs out of fuel.) A typical stellar-class of black hole has a mass between about 3 and 10 solar masses.

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M = 2.0e30kg X 3
= 6.0e30kg

Now we just need to enter these into the relativistic kinetic energy calculator and then divide by one FOE (10^44 joules). For our low end alone we have a staggering yield of 2716657532241729717749998597401993779555822626 joules, or 27.1665753 FOE. For our mid end we have a yield of 83422746013035675038965035764815758308781270104 joules, or 834.22746 FOE. Finally for our high end, we have a yield of 454603557836179714059203913707051635960825792673 joules, or 4.54603558 KILOFOE.

Final Results
Dividing Drivers energy (low end) = 27.167 FOE
Dividing Drivers energy (mid end) = 834.227 FOE
Dividing Drivers energy (high end) = 4.546 KILOFOE