I don't see how you could possibly have arrived at that conclusion by anything I wrote. Perhaps you could explain.using that logic there is no difference between various chest exercises whatsoever
I don't see how you could possibly have arrived at that conclusion by anything I wrote. Perhaps you could explain.using that logic there is no difference between various chest exercises whatsoever
A muscle fiber is either activated or it is not. It's zero or 100%.
A muscle group includes more than a single muscle fiber. Fibers are either fired or they are not. Some exercises fire more fibers of a given muscle group than other exercises for a given level of exercise intensity.you wrote:
so as long as an exercise activates pec major and/or pec minor the result will be the same? or did you mean something else?
Some exercises fire more fibers of a given muscle group than others for a given level of exercise intensity
It's zero or 100%.
Different number of fibers recruited? Again, I don't know; above my pay grade. Evidently yours as well.that's why the different emg activity for different exercises, and not

Different number of fibers recruited?
Then why ask the question? Oh, and the all-or-nothing thing is a law, not a theory. I don't think the matter is in dispute.obviously, if the "all-or-nothing recruitment of muscle fibers" theory is correct
Did you read my post? Were all sets taken to failure for comparative purposes? I don't recall the author mentioning it. Perhaps I missed it. And he could have kept the lower weight exercises at a reasonable rep range to failure by doing them slower to compensate. Frankly, I'm not sure what his study accomplished. Are you?You where questioning the lower emg numbers for lower weights. Looks like higher weight recruits more muscle fibers
Were all sets taken to failure for comparative purposes? I don't recall the author mentioning it
Frankly, I'm not sure what his study accomplished. Are you?