Getbig.com: American Bodybuilding, Fitness and Figure
Getbig Main Boards => Gossip & Opinions => Topic started by: bigkahuna on December 16, 2010, 03:02:22 AM
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455lb inclines, 495lb flats no spot :o
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It's always good to see a Natural BB. ;)
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the bad-
crappy video quality and music ends with about 2 minutes to go
looks very short
needs glasses so he doesnt squint to look in the mirror
legs and back overpowered by arms, chest and shoulders
the good
great arms, rminds me of priest
great chest and shoulders
very strong
great form, slow controlled movements over full rom
lots of potential
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wow, now thats impressive! Should be shown on gym walls to the guys that think they've got to toss their 80lb dumbells after a set of inclines or flats. Thats how you handle a pair of bells when you're set is finished! Gym owners must love this guy. Probably racks his shit when he done also.
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Strong but he has no range of motion because he has midget arms
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Da best benchers gots short arms and thick torsos FYI Dat greatly cuts down da range of motion. Remember dis equation: Power=mass*accelration*DISTANCE ;D
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Remember dis equation: Power=mass*accelration*DISTANCE ;D
No.
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Dats right! I forgot to add divided by time ;D
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455lb inclines, 495lb flats no spot :o
Go to 5:20...5'8 185, benching 500 for 1 rep on flat bench...
Fixed
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Can't see da vid via ma mobile. Does da dude have short arms?
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Can't see da vid via ma mobile. Does da dude have short arms?
Which vid?
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Dats right! I forgot to add divided by time ;D
No. F=m*a. That's force. Power is measured in watts, W=J/t.
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Your vid, Parker ma man! And ok Klaus, so is power mass times acceleration divided by time, or is dat work? And how does distance figure into to all of this? Sorry teach, but I ain't too bright ;D
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pretty impressive video all things considering. Great form across the board
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Your vid, Parker ma man! And ok Klaus, so is power mass times acceleration divided by time, or is dat work? And how does distance figure into to all of this? Sorry teach, but I ain't too bright ;D
Energy (J) is often in a form of distance*resistance (friction, gravity etc.). Hope this helps. ;D Best I can do.