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Also this, whether he's baseline 9-B, 9-C or 10-A or lower, there's no difference without a calc, it'll be baseline everytime.What is the difference between putting 9-B without calculation and putting 9-C without calculation
It needs a calc, want to make him fight dr stone characters without him being stomped (this is him without his stand)I mean tbh, kicking a guy so hard he flies several meters away and completely destroying a garage door on impact sounds wall level to me-
Tiers from 9-A to 3-B require calcs.You don't need a calc to be any tier, they just default to baseline without one, even if the feat are way the **** above it evidently.
The iron gate is easily 9-B, even if you use only yield strength and chest depth for displacement.You don't go "no calc for this tier so they actually the tier below".
Also he smashed a toilet and Armor has that calced at 40kj, we using that ATM till we calc his better stuff.
Well, Jotaro is obviously 9-B but did someone calculated this already? I've seen this kind of thingsgetting over 100kj valuesYou don't need a calc to be any tier, they just default to baseline without one, even if the feat are way the **** above it evidently.
You don't go "no calc for this tier so they actually the tier below".
Also he smashed a toilet and Armor has that calced at 40kj, we using that ATM till we calc his better stuff.
New calc method learned...!You will need to find the roller door's volume via its mass.
For that you will need to find its area in square meters. Roller doors are 12 kg per square meter. Can't find the volume the usual way of using thickness here, doors are hollow by default and have insulation in them from the get-go.
So yeah, measure the gate's height and width, get the area in m^2, multiply it with 12 kg, and divide the resulting mass with the density of galvanized steel (7.8 g/cc or 7800 kg/m^3), as that's what most roller doors are made of.
Once you find the volume, just convert it to cm^3 and multiply it with yield strength of galvanized steel (470-550 MPa).
damn, thats pretty good, slightly over 9-B+ right?New calc method learned...!
Side note, I did a rough calc, so take what I say with a grain of salt, but got a result that netted me 12780542.5 joules, or 12.78 MJ (9-B). Might have done something wrong, tho. So again, take this with a grain of salt.
You definitely screwed up somewhere.New calc method learned...!
Side note, I did a rough calc, so take what I say with a grain of salt, but got a result that netted me 12780542.5 joules, or 12.78 MJ (9-B). Might have done something wrong, tho. So again, take this with a grain of salt.
Should probably put that into a blogYou definitely screwed up somewhere.
I used the door in the scan and used it to measure the destroyed portion of the gate (As the door is directly beside the gate and it is quite tall, using the fire hydrant simply wouldn't give accurate results), I got the metal gate's destroyed portion to be 1.87325 meters tall and 1.412875 meters wide, giving me an area of 2.64666809375 m^2. 12 * 2.64666809375 gives me 31.76 kg. Density of galvanized steel being 7800 kg/m^3, and volume being mass/density, we get...
31.76/7800 = 0.00407179487 m^3 or 4071.79487 cm^3
Yield strength of galvanized steel being 470-550 MPa, 510 MPa being the mean, we get: 4071.79487 * 510 = 2,076,615.3837 J or 0.00049632298 tons of TNT (9-B, Wall level)
Working on it.Should probably put that into a blog