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With 2 hands or oneStandard cannonball speeds in the US civil war according to a quick google search were 250 miles per hour, or 111 M/S, which would be subsonic.
From there, it’d all depend on the distance.
10 meters away, according to this calculator, would mean that the reaction speed a character needs to catch a cannonball going that fast is 90 ms, or Peak Human.
It also depends on what you mean by ‘catch’ as well
If that means they are directly in front of the line of fire, then all you’d need to do is find out the distance of both a (presumably humanoid) characters’ arm extension and rotation to physically block it. There’s no exact number for that I can find right away, so I’ll just go with 2 meters.With 2 hands or one
Thanks but how about this how strong would you be for crushing a cannon ballIf that means they are directly in front of the line of fire, then all you’d need to do is find out the distance of both a (presumably humanoid) characters’ arm extension and rotation to physically block it. There’s no exact number for that I can find right away, so I’ll just go with 2 meters.
Plugging the amount of time a character would have to react at 10 meters distance (90 ms) plus the distance itself (10 meters) into the calculator, then the character would have a speed of 22 m/s, or Superhuman, which basically means they are barely faster than composite human
Google says they were typically made out of iron, which has a destruction value in the calculations page, which makes this fairly easyThanks but how about this how strong would you be for crushing a cannon ball
You really are good at calcsGoogle says they were typically made out of iron, which has a destruction value in the calculations page, which makes this fairly easy
According to this website, cannonballs had a volume of 115cm^3, so now we just need to get the fragmentation value for iron as a minimum, which comes out to 20J/cc
115 * 20 = 2,300 joules, or street level for smaller ones
However, that’d be for crushing a stationary one with your bare hands. If it’s in motion, you’d just have to cancel out the energy it’s moving at, which would be this much, or generally wall level
Google says they were typically made out of iron, which has a destruction value in the calculations page, which makes this fairly easy
According to this website, cannonballs had a volume of 115cm^3, so now we just need to get the fragmentation value for iron as a minimum, which comes out to 20J/cc
115 * 20 = 2,300 joules, or street level for smaller ones
However, that’d be for crushing a stationary one with your bare hands. If it’s in motion, you’d just have to cancel out the energy it’s moving at, which would be this much, or generally wall level
I’m not a huge Mario fan, so I don’t know, but even if I was the interior of it isn’t shown, so we don’t know if it can be considered hollow or not, nor do we have an exact canon size for it.how big is Bowsers ship and how much do you need to lift it
What would Ap will it be for destroying a small castleI’m not a huge Mario fan, so I don’t know, but even if I was the interior of it isn’t shown, so we don’t know if it can be considered hollow or not, nor do we have an exact canon size for it.
Generally though, lifting big cruise ships is Class M lifting strength, so then the baseline of that tier would just be used what
I’m not a huge Mario fan, so I don’t know, but even if I was the interior of it isn’t shown, so we don’t know if it can be considered hollow or not, nor do we have an exact canon size for it.
Generally though, lifting big cruise ships is Class M lifting strength, so then the baseline of that tier would just be used
you need to calc it obviouslyWhat would Ap will it be for destroying a small castle
It’s bowsers castle but the photo is a hit messyyou need to calc it obviously
If ur talking about the movie feat, it was already calced at City Block levelIt’s bowsers castle but the photo is a hit messy
Told you it would be messy
Its a 1-A feat dwTold you it would be messy
Well thanks for tryingIts a 1-A feat dw
OhWithout a clear reference (such as a person standing next to it for scale), or a clear image (preferably from multiple angles), it’s impossible to calculate.
Damm I suck at thisWithout a clear reference (such as a person standing next to it for scale), or a clear image (preferably from multiple angles), it’s impossible to calculate.