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Why does this old man have an entire tub of Mercury?! That stuff is cancerous, big time!
Posted by Jay (guest) on Thu Feb 6 03:28:48 2014
Mercury is twice as dense as Iron, so it floats with half above. Try a 16 lb bowling ball in water.
Posted by Guest on Sat Jan 25 18:19:59 2014
"Now observe as my brain melts"
Posted by Guest on Tue Dec 31 01:49:04 2013
You're thinking of an iron ball floating in water. Mercury ain't water.
Posted by Guest on Tue Dec 31 00:50:51 2013
That's some serious science up in this bitch
Posted by Guest on Mon Dec 30 14:22:04 2013
Density of Iron = 7.86 g/cm3 Density of Mercury = 13.534 g/cm3 That makes 1/2 of density so sticking for about 50% out of the mercury could be true.
Posted by Yes (guest) on Sun Dec 29 23:41:03 2013
see half of ball is above mercury level... so the ball is hollow inside
Posted by guest (guest) on Fri Dec 27 14:34:18 2013
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Why does this old man have an entire tub of Mercury?! That stuff is cancerous, big time!
Posted by Jay (guest) on Thu Feb 6 03:28:48 2014
Mercury is twice as dense as Iron, so it floats with half above.
Try a 16 lb bowling ball in water.
Posted by Guest on Sat Jan 25 18:19:59 2014
Experiment is a success!
"Now observe as my brain melts"
Posted by Guest on Tue Dec 31 01:49:04 2013
"see half of ball is above mercury level... so the ball is hollow inside"
You're thinking of an iron ball floating in water. Mercury ain't water.
Posted by Guest on Tue Dec 31 00:50:51 2013
That's some serious science up in this bitch
Posted by Guest on Mon Dec 30 14:22:04 2013
Could do it
Density of Iron = 7.86 g/cm3
Density of Mercury = 13.534 g/cm3
That makes 1/2 of density so sticking for
about 50% out of the mercury could be true.
Posted by Yes (guest) on Sun Dec 29 23:41:03 2013
see half of ball is above mercury level... so the ball is hollow inside
Posted by guest (guest) on Fri Dec 27 14:34:18 2013