Can you get a tier via large size?

[Rikimarox2]

Pretty much the title. I'm making a profile for a character, and is size varies. It can reach up to 100 meters, and I wanted to I can grant it a tier via that.

Thanks in advance.

Oh, and, if you could give a tier to it, then what tier would be 100 meters being destroying most of Poland's Silesian Voivodeship in an unknown, but presumably short timeframe?

 

[Thelastmlg]

Go to the large size calculations page, it explains in detail how to find AP and speed for giants, but is easier with human like beings.

 

[DarkDragonMedeus]

Yeah, we use Gravitation Potential Energy 0.5 * h in meters of the character * Gravity of their natural habitat; usually Earth * Mass of the character in kg.

 

[Rikimarox2]

Perhaps a bit late, but what if we don't know the mass of the character in any size?

 

[Pepsiman25th]

i think large sizes and other beings who have a certain key and interact and fight eachother
large size type 10 is auto low 1-C i think. not sure

 

[Thelastmlg]

Perhaps a bit late, but what if we don't know the mass of the character in any size?

You gotta find it somehow, either scaling it to humans, other beings of their species, their material and volume, feats, etc.

If they have no feats, scaling or calculable mass, there is no point in giving them a tier anyway.

Pretty sure type 5 and abive give their respective tiers due to gravity and stuff.

 

[FluffyCreatureZ]

I am not very sure, but I assume you could get the mass of the creature and then calculate the kinetic energy. Don't quote me on this.

 

[Cul0r]

Pretty much the title. I'm making a profile for a character, and is size varies. It can reach up to 100 meters, and I wanted to I can grant it a tier via that.

Thanks in advance.

Oh, and, if you could give a tier to it, then what tier would be 100 meters being destroying most of Poland's Silesian Voivodeship in an unknown, but presumably short timeframe?

use this

Yeah, we use Gravitation Potential Energy 0.5 * h in meters of the character * Gravity of their natural habitat; usually Earth * Mass of the character in kg.

but also pixel scale it to other beings so we know the height

 

[Gilad_Hyperstar]

If we do use gravitational potential energy, then:

Mass of Average human: 62kg. Height of Average human: 1.7m

n = 100/1.7 = 58.8235294118

M1 = M * n ^ 3 = 62 * (58.8235294118 ^ 3) = 12,619,580.704277 kg

U = m * g * h = 12,619,580.704277 * 9.81 * 100 = 12,379,808,670.896 joules, or 2.9588452846 Tons of TNT = High 8-C