- #1
dreiter
- 33
- 0
Hi all! I have a few questions about physics and weight training. I searched around a bit but only found these two threads:
https://www.physicsforums.com/showthread.php?t=451027"
https://www.physicsforums.com/showthread.php?t=381643"
which don't totally cover my interests. I know that muscles are built due to exerting force against a weight, and that for one rep the force is always equal to the amount of weight lifted, but I am also wondering how other aspects of the rep affect the amount of muscle gained, according to physics. For example, how does the speed of the rep affect muscle gain? How about the number of reps versus the weight (as in high reps + low weight or low reps + high weight)? I have a solid understanding of physics but I guess my brain is locking up because I can't wrap my head around how these ideas relate to classical mechanics. Has anyone here studied how the concepts of physics can relate to weight training?
https://www.physicsforums.com/showthread.php?t=451027"
https://www.physicsforums.com/showthread.php?t=381643"
which don't totally cover my interests. I know that muscles are built due to exerting force against a weight, and that for one rep the force is always equal to the amount of weight lifted, but I am also wondering how other aspects of the rep affect the amount of muscle gained, according to physics. For example, how does the speed of the rep affect muscle gain? How about the number of reps versus the weight (as in high reps + low weight or low reps + high weight)? I have a solid understanding of physics but I guess my brain is locking up because I can't wrap my head around how these ideas relate to classical mechanics. Has anyone here studied how the concepts of physics can relate to weight training?
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