Each number is used once with a combination of adding, subtraciting, dividing, and multiplying. The end result should be WORD1: WORD2 (each set resembling a letter)
Thanks for your help this far.
This is the actual problem:
The following code can be decrypted with a mathematical cipher. A rule that applys to each set of numbers that will equal a number that is an ascii code. I do not know how to do this and I am desperately seeking an answer. You can find a chart of ascii values at the following website http://www.jimprice.com/ascii-0-127.gif
"Peter L. Montgomery" <Peter-Lawrence.Montgomery@cwi.nl> wrote in message news://GKvMn0.M3s@cwi.nl... > In article <fZ7w7.71498$NT3.firstname.lastname@example.org> > "Austin Fuller" <email@example.com> writes: > >What would be a mathematical way to find out if 65 can be created with these > >numbers : > > > >96,3,3,10 > > > First specify which operations are allowed. Do you allow any of > > FLOOR(96 - 3*10.3) = FLOOR(96 - 30.9) = FLOOR(65.1) = 65 > > 96/3! + SQUARE(10 - 3) = 96/6 + 7^2 = 16 + 49 = 65 > > 96/FLOOR(SQRT(10)) + 33 = 96/3 + 33 = 32 + 33 = 65 > > 96 - 3*10 - FLOOR(SQRT(3)) = 96 - 30 - 1 = 65 > > -- > Two salesmen from a pest control company knock on our door, > despite a NO SOLICITORS sign. These salesmen are pests. > Peter-Lawrence.Montgomery@cwi.nl Home: San Rafael, California > Microsoft Research and CWI