You guys realise that the shorter the person, the stronger (relatively speaking) he is, right?
Strength = (height)^{2/3}
i.e. strength only increases with the 2/3 power of a person's height, hence the taller one is, the (relatively) weaker he is. This also places a limit on how tall land-based animals (including humans obviously) can get since at some point the muscles will not be able to support the mass of the creature (that's why beached whales die: their skeleton collapses under their own weight).
I mention this just in case anyone believed that short stature is an impediment to triathlon success (although shorter people do have a disadvantage on the downhills).
John (1.67m/5'5.5", 133lbs/60.5kg)
P.S. Ultimately, the size of animals rests on the values of the fine structure constant (which controls the strength of the electromagnetic force that holds us together), and the gravitational constant (which determines the strength of gravity that tries to squash us to the ground).
Strength = (height)^{2/3}
i.e. strength only increases with the 2/3 power of a person's height, hence the taller one is, the (relatively) weaker he is. This also places a limit on how tall land-based animals (including humans obviously) can get since at some point the muscles will not be able to support the mass of the creature (that's why beached whales die: their skeleton collapses under their own weight).
I mention this just in case anyone believed that short stature is an impediment to triathlon success (although shorter people do have a disadvantage on the downhills).
John (1.67m/5'5.5", 133lbs/60.5kg)
P.S. Ultimately, the size of animals rests on the values of the fine structure constant (which controls the strength of the electromagnetic force that holds us together), and the gravitational constant (which determines the strength of gravity that tries to squash us to the ground).