Snerk
Smeghead
Fair.
Anyway the knife wielder wins.
Anyway the knife wielder wins.
The crucial question we're not asking here is, does this chimpanzee know martial arts too?
That chimp has natural talent. If he had any genuine interest in martial arts instead of doing it for some bananas, he would be the next Bruce.
Pure propagada...they edited out the interview of the chimp
That chimp lacks ambition and is lazier than a sloth. That way he will never get into the Navy Seals.
That chimp lacks ambition and is lazier than a sloth. That way he will never get into the Navy Seals.
Die. That's what I'd do.
There are stronger humans, but there are humans that are stronger than bears. They are far from the norm. Your offensive lineman is going to have all that muscle and fat bitten to shreds by an angry chimp. In fact, one of the original tests to gauge chimp strength was to put a chimp against an American football team.
Incidentally, that particular chimp was a stronger than usual alpha male. But if we allow for outliers in human strength, we must also allow for outliers in chimp strength. Bauman also pissed off the chimps to make them pull the weight, making them stronger than usual. Since a chimp in a fight is already pissed off, I don't see that it affects the point here.
Chimps have denser musculature than humans, meaning a chimp is between 1.5-2 times as strong as a human with exactly the same muscle mass. They are considerably more athletic, with a grip strength around 8 times that of a human. They have built-in knives in their mouths that can bite through bone, and can spring faster than Usain Bolt, and over a greater distance. They can also climb far faster than any human, so you can't get away by climbing a tree.
From what I've read, it wasn't, it was just proven to be an outlier. No one is saying Bauman faked his results, so it can't be factually incorrect.This very same study was later proven to be factually incorrect.
Since at least the 1920s, it has been reported that common chimpanzees (Pan troglodytes) differ from humans in being capable of exceptional feats of “super strength,” both in the wild and in captive environments. A mix of anecdotal and more controlled studies provides some support for this view; however, a critical review of available data suggests that chimpanzee mass-specific muscular performance is a more modest 1.5 times greater than humans on average. Hypotheses for the muscular basis of this performance differential have included greater isometric force-generating capabilities, faster maximum shortening velocities, and/or a difference in myosin heavy chain (MHC) isoform content in chimpanzee relative to human skeletal muscle. Here, we show that chimpanzee muscle is similar to human muscle in its single-fiber contractile properties, but exhibits a much higher fraction of MHC II isoforms. Unlike humans, chimpanzee muscle is composed of ∼67% fast-twitch fibers (MHC IIa+IId). Computer simulations of species-specific whole-muscle models indicate that maximum dynamic force and power output is 1.35 times higher in a chimpanzee muscle than a human muscle of similar size. Thus, the superior mass-specific muscular performance of chimpanzees does not stem from differences in isometric force-generating capabilities or maximum shortening velocities—as has long been suggested—but rather is due in part to differences in MHC isoform content and fiber length. We propose that the hominin lineage experienced a decline in maximum dynamic force and power output during the past 7–8 million years in response to selection for repetitive, low-cost contractile behavior.
But you're not taking into count the grip strength, the speed differential, or the overdeveloped upper body on a chimp. Those are all force multipliers.if we can extrapolate, a 120 lb chimp will be about as strong as a 180 lb man. And a 180 lb trained fighter will be quite a bit stronger than both.
if we can extrapolate, a 120 lb chimp will be about as strong as a 180 lb man. And a 180 lb trained fighter will be quite a bit stronger than both.