Difirence betwen Spagg. and Tidal.. by JanKaszanka

JanKaszanka

7 / 6

28th Jan 2017

30th Jan 2017

This explains everything

wutidk true

Comments

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  Cuddles13 29th Jan 2017
  Lesson is don't touch things because if you do, then that's what you'll get for touching that.
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  Cuddles13 29th Jan 2017
  Spagg. is teh constrictoin of an objetc while graviyt becmoes too strong and teh closest point to teh objetc gets pulled on more thna the furthets point causing teh spagghetti bolognasation effect. Tidla forces are wehn an objetc gets too close to its paretn body and teh graviyt starts to heat up teh smallre body and eventualyl the plante or moon breaks up on teh side facing the paretn body and is pulled towards teh parent body. (this is all written in poor nerd grammar)
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  JanKaszanka 28th Jan 2017
  This is only to show difirence , because coffee made a Save named: ,,spagettification" but it contained tidal forces
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  coryman 28th Jan 2017
  Wouldn't spaghettification be better demonstrating by putting gpmp at a very high temperature in fancy view?
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  JanKaszanka 28th Jan 2017
  I am really dumb in this section of Science but i know what Spagettification is ;) (Ultimate math is not for me..)
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  JanKaszanka 28th Jan 2017
  If a human was close to black hole, he would be pulled towards the bh from 1 side and that side would to what i showed in this save
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  TheNik 28th Jan 2017
  sentinal-5: Is it? I may be talking of another effect here, which I always assumed is spaghettification. But you made me doubt if I am right.
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  TheNik 28th Jan 2017
  The same happens with a planet or actually any grain of sand in space, but the effect is much weaker. But we're drifting off. So what is Spaghettification? Well, now imagine you had a drawing on the rubber. It was a beautiful planet. But when the surface was stretched, the planet was too! This is spaghettification, but in two dimensions. Now, in three dimensions, you can't see the "rubber". It is our space and time. And this is what happens.
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  TheNik 28th Jan 2017
  Spaghettification is a whole new topic. Imagine you have a REALLY massive body. Not like Jupiter, not like the Sun or any star. A black hole would do. Now we need to understand what gravity really is. It is not a force. Imagine a thin and flat piece of rubber on some soft surface, like a pile of feathers. Now you lay a stone on the paper, and therubber is stretched and bends down. This is what the black hole does to space and time - it is bent and stretched.
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  sentinal-5 28th Jan 2017
  Technically spaghettification is caused by tidal forces, but thank you for clearing this up for the others who might not have known ^-^ +1