H3110l12345I20
He/Him- 3,638
- 1,942
I'm in a middle of a debate & I could have another potential CH feat for JBW. Richards has many 9-C durability feats, but the one that struck me was him tanking 47 kg cannonballs regularly.
Anymore context to this feat? This was in the early-mid 1900s.
"Anyways... Kaltias came up with this equation: "Final Speed= (MassCar*InitialSpeed)/(MassPerson+MassCar) | Then, FinalKE= 0.5 * MassPerson * FinalSpeed^2" to extract velocity from momentum & use it for KE. The reason why I'm using this is because the scan you showed had Richards getting sent backwards rather than being against a wall.
I'll use the 441.96 v mid end & replace the car with the cannonball here: ((154+183)/2)/2.2046 = 76.43109861 kg (mid weight), 0.5(76.43109861)(((47*441.96)/(76.43109861+47))^2) = 1,082,312.223 J. Much more realistic than 1.38 MJ since (((47*441.96)/(76.43109861+47))) = 168.2891932 m/s"
Anymore context to this feat? This was in the early-mid 1900s.
"Anyways... Kaltias came up with this equation: "Final Speed= (MassCar*InitialSpeed)/(MassPerson+MassCar) | Then, FinalKE= 0.5 * MassPerson * FinalSpeed^2" to extract velocity from momentum & use it for KE. The reason why I'm using this is because the scan you showed had Richards getting sent backwards rather than being against a wall.
I'll use the 441.96 v mid end & replace the car with the cannonball here: ((154+183)/2)/2.2046 = 76.43109861 kg (mid weight), 0.5(76.43109861)(((47*441.96)/(76.43109861+47))^2) = 1,082,312.223 J. Much more realistic than 1.38 MJ since (((47*441.96)/(76.43109861+47))) = 168.2891932 m/s"
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