| Home | RSS Feeds |
| Funny Pictures | Funny Videos |
| Funny GIFs | YouTube Videos |
| Text/Links | Comic Editor |
| User Rankings | Channels |
| Copyright Removal Request | |
| |
#203
-
N. Korean citizen (02/01/2012) [-]
i love "fact" compilations because usually 90% of the stated "facts" are bullshit.
fact one is actually pretty much correct.
too lazy to check 2 but doesnt seem legit.
3. is correct
"fact" 4 made me facepalm hard.. 299.7 km/s or so is light speed.. so if a galaxy is moving towards our galaxy with light speed.. and its 2.5 million light years away.. well i guess then it wouldnt fucking take 3 billion years to hit us:D
number 5.. i had to look it up, was really wondering.. milky way rotates with 220km/s, damn fucking fast.. well anyways, its moving with 60m/s.. and even tho these values are both fucking high you cant just add them up.. its a rotation inside a movement, which is averagely zero. if you get a value of over 300km/s you can be sure its bullshit, as that would be light speed.
6. 3170 years up to what you said.
7. meh might be, uninteresting anyways
8. of course there are limits. a black holes "sucking" effect originates from the high gravity of a black hole, which of course depends on the mass.. so an object with a really small mass could never become a black hole.
9. physics, mister. the sun gets its energy from nuclear fusion, which happens all over the sun. the light we get comes from the surface of the sun and takes about 8 minutes and 12 seconds till its here.
10. tidal effects dont affect the moon. the moon affects tide. if the moon really moves away it has nothing to do with tide.
fact one is actually pretty much correct.
too lazy to check 2 but doesnt seem legit.
3. is correct
"fact" 4 made me facepalm hard.. 299.7 km/s or so is light speed.. so if a galaxy is moving towards our galaxy with light speed.. and its 2.5 million light years away.. well i guess then it wouldnt fucking take 3 billion years to hit us:D
number 5.. i had to look it up, was really wondering.. milky way rotates with 220km/s, damn fucking fast.. well anyways, its moving with 60m/s.. and even tho these values are both fucking high you cant just add them up.. its a rotation inside a movement, which is averagely zero. if you get a value of over 300km/s you can be sure its bullshit, as that would be light speed.
6. 3170 years up to what you said.
7. meh might be, uninteresting anyways
8. of course there are limits. a black holes "sucking" effect originates from the high gravity of a black hole, which of course depends on the mass.. so an object with a really small mass could never become a black hole.
9. physics, mister. the sun gets its energy from nuclear fusion, which happens all over the sun. the light we get comes from the surface of the sun and takes about 8 minutes and 12 seconds till its here.
10. tidal effects dont affect the moon. the moon affects tide. if the moon really moves away it has nothing to do with tide.
#237 to #203
-
herblegerble (02/01/2012) [-] Im sorry, but you're wrong. Light goes much faster than 299km/s. It goes at above 299 000 km/s, and any mass can become a black hole as long as it reaches its Schwarzchild Radius. A 55kg human can become a black hole if it reaches a radius of 8.1x10^-26 metres. Physically impossible but not theoretically impossible.
#363 to #234
-
N. Korean citizen (02/01/2012) [-]
BAH VSL theory RUN! Also to the Anon wh posted the start of this u have no idea what your talking about.
Mos people seem to have corrected you on c but to ur other points
A blackhole can suck in as much as it wants in theory it could 'eat' all the mass of the universe, of corse it would still release Hawking radiation. Needless to say it could get fucking big. Also by releasing Hawking radiation it gets smaller eventually evaporatiing.
The roational speed at a maximum yes they do add, at a min they subtract
Nuclear fusion only occurs INSIDE the core of the sun, they temps are no where near hot enough outside or have large enough gravitational pressure to cause it outside the core.
I imagine the tidal affects are meant to be 'gravitational tidal effects' as in the rest of the solar system effects it however as far as i know its just the moons energy is large enough that it can escape orbit very slowly.
Mos people seem to have corrected you on c but to ur other points
A blackhole can suck in as much as it wants in theory it could 'eat' all the mass of the universe, of corse it would still release Hawking radiation. Needless to say it could get fucking big. Also by releasing Hawking radiation it gets smaller eventually evaporatiing.
The roational speed at a maximum yes they do add, at a min they subtract
Nuclear fusion only occurs INSIDE the core of the sun, they temps are no where near hot enough outside or have large enough gravitational pressure to cause it outside the core.
I imagine the tidal affects are meant to be 'gravitational tidal effects' as in the rest of the solar system effects it however as far as i know its just the moons energy is large enough that it can escape orbit very slowly.
