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Originally posted by DaRAGE
reply to post by Arbitrageur
en.wikipedia.org... I only took from wikipedia the speed of light in meters per second and miles per second.
Obviously i was talking about the velocity of the object after one and two seconds. The object was a rock and it was released just inside the boundary from where light cannot escape.
This would mean that the gravity is making an object fall faster than the speed of light per second.
Sure as it travels faster time would slow down dramatically FOR IT. IF a human were on that rock, one second of falling from its point of view, may have been years passing on earth.
Also, As it travels its mass increases infinately, but that does't matter, it will just be pulled and pull the black hole towards each other.
But it will still end up moving faster than the speed of light.
Originally posted by DaRAGE
Ok now i feel like i'm explaining things to a bunch of *^&*^s.
The gravity (aka what causes an object to fall towards that gravity object, in this instance, a black hole, has to make light that would otherwise move away from it (without the pull of gravity), and make light stop in its tracks and fall towards the gravity object (the black hole).
Therefore:
Object: Black Hole
Gravity (G) > 186,000 miles per second
Object falling into black hole:
Acceleration > 186, 000 miles per second per second.
Object falling into black hole after two seconds (considering no resistance):
Velocity > 372, 000 miles per second
Object after 3 seconds:
Velocity > 558,000 miles per second
Speed of object after 3 seconds > 3 times the speed of light
Does this make sense? Or am I just a fruit loop?
It seems logical to me apart from "we know nothing about black holes and it could be like a toilet and the object rotates clockwise or anti-clockwise depending on which hemisphere it enters the black hole"
It's also got nothing to do with "spacetime". It's just an object entering a black hole and accelerating towards the center of the black hole due to the pull of what we call gravity.
Ps. thanks for the spell check on infinately/infinitely ;-P
[edit on 24-8-2010 by DaRAGE]
No it doesn't make you a fruit loop but it doesn't make sense either.
Originally posted by DaRAGE
Therefore:
Object: Black Hole
Gravity (G) > 186,000 miles per second
Object falling into black hole:
Acceleration > 186, 000 miles per second per second.
Object falling into black hole after two seconds (considering no resistance):
Velocity > 372, 000 miles per second
Object after 3 seconds:
Velocity > 558,000 miles per second
Speed of object after 3 seconds > 3 times the speed of light
Does this make sense? Or am I just a fruit loop?
Originally posted by Gentill Abdulla
Okay let me tell you this one last time.
Mass bends spacetime.
This bend IS GRAVITY.
The gravity curves light because light travels in the straightest line possible in spacetime.(Even when its curved.)
s = (v+u)/(1+vu/c²)
Originally posted by Phractal Phil
Originally posted by Gentill Abdulla
Okay let me tell you this one last time.
Mass bends spacetime.
This bend IS GRAVITY.
The gravity curves light because light travels in the straightest line possible in spacetime.(Even when its curved.)
Okay; I'm pretty sure this will not be the last time I tell you this. Not sure if I have said it on ATS, but I am sure you have read (or ignored) this many times in my posts at Y!A, Gintable.
What you are saying is the establishment view, so I can't really fault you for believing it; but in this case, the establishment is wrong. The warp of space-time is caused by gravity, not the other way around.
There's no point trying to disprove a definition. You can argue that the definition is silly, but you can't say it is wrong.