Would it really be 1000kg given such a short acceration time/distance, if you are using the 9.8m/s as the acceration due to gravity. I haven't done physics for fucking ages...I could be missing something...lol
Kicking the rust off the brain cells but you won't use the acceleration of gravity you use the acceleration you put on the bar. Acceleration is change in velocity over time. Velocity starts at zero on the floor.
Velocity = distance / time
Say you pull it 1m high in .1 of a second assuming accelation is even which it won't really be, a = 1/.1 = 10
So f = 100 x 10
= 1000.
But I doubt we can power clean a bar to 1m high in 0.1 of a second.
Geez I'm having a nerd out here.
Also don't quote me on this its been too long since I did this stuff.
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