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Determining AP and Speed from size

Hello,

I'd like to ask how do we determine the AP and Speed of a Giant/ Giantess if a size is known, given that if they are the size of normal human they'd be equal to a normal human?

To be specific, I'm trying to find the AP and Speed of a Giantess with a height of 338 m.

Thank you
 
Anyway, you could always try discovering the GBE of the giant. Like me and Antonio did for the DC Promethean Giants.
 
Actually, calculation GBE in object absurdly small and without gravitational field yield absurdly low results. Ex. Human "GBE" would be 900 nJ, like, the KE of a flying mosquito iirc.
 
Welp, right now, OP asked about gigant of 338 m of height, guessing that is humanoid form, it would have a "GBE" of less than 243k J.
 
hm... With that complicated calculator I kinda got her speed, but how do I determine her AP? Do I use KE for her running/ walking speed or the energy produced by her steps/ stomps/ hops? Or do I use the energy released by earthquakes?
 
AP and speed depend on either if your giant is binded by the square cube law or not. If not it is pretty simple. At 338m, your giantess is approximatly 200 time larger than a human, so she should be 200 time faster, 200x200x200 time heavier, and according to the cinetic formula (e = 0.5 * m * v┬▓) 200x200x200x200x200 time stronger. An average human can run at 7.7 m/s and punch at 100j, so at 338m she can run at 7.7x200 = 1,540 m/s (mach 4.5) and punch at 100x200x200x200x200x200 = 32,000,000,000,000j (Town Level AP).
 
In theory, a bigger human should be slower than a normal sized one, is just that when being a gigant it cover more distance.
 
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