Been wanting to calculate this for a while but just always forgot to.
This.
Distance and Speed
He was thrown out of sight/ over the horizon whatever you wan to call it
A human can see as far as 50 miles away(80.467 KM) on a clear day. That's crazy.
Timeframe 1.33 seconds, although he wasn't fully out of site the before the clip was cut(he's still visibly a really tiny dot) so I'll just use 2 seconds as the total time it took for the man to not be seen anymore... which is a somewhat lowball.(it seems like he was going to go out of site in a few milliseconds more, 1.45-1.60 second-ish but I'm playing it safe)
Distance = 80.467 km
Speed at which this poor dude was thrown = D/t
= 80.467km(80 467m)/2
=40,233.5m/s
mach 117.299
Energy Output
For the guy's weight there's no information on the actor for some reason, so I'll use 62kg which is the average weight of a human.
KE
=(0.5*Mass)V^2
=(0.5*62)40 233.5^(2)
Thats 50,180,770,189.75 joules of energy.
Neat ig.
Force exerted
Finding the force Adam had to exert to perform this feat accounting for Air resistance
1/2 Cd p AV^2
Drag co efficient(cd) = 1(for humans)
P = 1.225kg/m^3(air density)
A= 1.9m2(area of object in meter squared)
V = 40,233.5m/s
=1 883 802 300.2684376 newtons..
Conclusions/Final tally
Feat is worth
Approximately 12 tons of tnt.
City block level.
Adam's lifting strength
= 192 094.4 metric tons.. casually
hmmmmmmm. I'm kinda surprised buy how much that is. This my first time calculating drag so that's probably why. Feel free to tell me where I messed up.
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