I swear it can be solved!?
544480
36pi  \nThe length of the whole is measured down the side of the \nhole. So the bigger the sphere, the greater the diameter of the hole. No matter how big the sphere is, the remaining\nmaterial is the same. So assume the hole is infinitesimal\nin diameter. The remaining material is all the material\n which is a sphere with diameter 6 and radius 3 inches.\nSo V=4pi(3)^3/3=4pi3^2=36pi
614837
I already posted this solution (or how to get it).  Do a search of yahoo answers....
404352
maybe, its possible, but i dont think so!
271232
if u ever find a way then let me know too.. :o)
726929
i do not think so.\nand the problem is not solvable....\n'
1148606
SORRYB I CANT HELP \nIM NOT TOO SMARTED
215852
when you figure it out let me know it is a serious problem for me aswell. e mail at krystaalvblue@ yahoo.com
974428
anything is possible ,is this important??
599437
It is a major puzzle, no one is quite sure. See the attached article for more details...
959197
I have factored it please refer to.\n\nFrom this solution can be found
68825
There is no solution. It has not been discovered yet.
961162
i'm sorry i can be of no help!
756670
if u figure that one out...let me know
373971
No it's not... but sometimes with computers even the impossible is possible with a certain amount of dedication!\n\nThere is a group who are interested in arcade games that have been wrestling with this very problem, and have started to come up with some solutions it would appear.\n\nLinks to their pages are below - maybe amongst their codes and notes there is something that will help you out.
817368
I suggest solving it yourself!  A website won't help you at exam time!
236150
If I could understand your question I might be able to answer it.
869738
I can't believe no one has answered. It's so obvious. Let's give 'em a little more time.\nYou and I are so smart.