If You Take A Computer Apart And Put It Back Together Enough Times You Will End Up With Two Computers.
If you take a computer apart and put it back together enough times you will end
up with two computers... neither of which work.
Rap's Law of Inanimate Reproduction: If you take something apart and put it back together enough times, eventually you will have two of them.
If you take something apart and put it back together often enough, you will eventually have two of them.
-- Rap's Law of Inanimate Reproductio...
It's easier to take it apart than to put it back together. -- Washlesky
You don't need a computer to put two and two together.
If you take something apart, odds are you cannot get it back together again. -- SIMON'S COROLLARY
Anything is easier to take apart than to put together.
-- Washlesky's Law That which cannot be taken apart will fall apart. -- Rucnicki's Rule...
HELP!!!! >Does anybody know how to do the damnable 4x4x4 Rubik's Cube?
can you give me >some hints? I can get two sides opposite to each other completed, but that's >it....
hundering herd problem Scheduler thrashing. This can happen under Unix when you have a number of processes that are waiting on a single event.
When that event (a connection to the web server, say) happens, every process which could possibly handle the event is awakened....
Washlesky's Law: Anything is easier to take apart than to put together.