Comments by "betabenja" (@betabenja) on "Kurzgesagt – In a Nutshell" channel.

  1. 0:01 "friends make life good" - nope, video is based on the wrong premise.
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  2. "the universe started very small and expanded to the size of a football" - no, this is wrong. the observable universe, the extent of what we can see now, maybe. but not the universe. and it did not expand into nothing. it was everywhere. only the distance between the objects got bigger, not some weird boundry, which does not exist. the proof of this is that we do not see a more dense region when we look in any direction, something you would expect to see if the universe did have a center, and you looked at it. It is provably centerless.
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  3. and now a guy who thinks windmills cause cancer can launch them all. again.
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  4. That is the clock from don't hug me I'm scared
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  5. bovine hormones stop the uptake of calcium, so any argument for milk being high in calcium is rubbish. eat broccoli.
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  6. nah
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  7. ...and there's nothing we can do but trust those in power to do the right thing and not chase after money. I'd say we're a-ok for electing trustworthy moral non-corrupt leaders at the moment so, no problems there!
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  8.  @ahahahhaaisyah4238  I guess, where to start? let's just take it step by step: "energy emitted by the sun does not return to the sun(The state of matter n energy before the evolution of the universe)." -do you think that modern science proclaims the state of matter in the sun is the same as in the early universe?
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  9.  @ahahahhaaisyah4238  "Because, suppose that after a (large star) has used up its energy and matter and exploded, those matter and energy will be like that." I assume by "like that" you mean primordial universe - do you believe this is what scientists are saying?
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  10. ​ @ahahahhaaisyah4238  ok, so no, this is not what scientists are proposing. early universe is far higher energy density. molecules can't form because they are moving too fast; atoms can't form because they are moving too fast; baryons can't form because they are moving too fast; it's a quark-gluon soup. contrast this with when a star explodes, many of the quarks are in baryons are in highly dense and low energy nuclei such as iron, and these are in metal crystals. (depending on the type of supernova) (which is where we get our iron from) So no, that is very, very different states of matter, with far, far lower energy density post-supernova than in the early universe.
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  11. I hate eating. it's not a bodily pleasure, it's a chore.
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  12.  @dogthehunter9228  not sure you understand the consequences of doing something you need to do even if you hate it.
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  13. ok I've seen enough, I'll pay for freer meat
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