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... Beginning with the proven case m- 4, applying this method supplies the solution to case m = 5 as shown above, since w = Fâ_x + F% + Fn_xFn in (2) is always odd. Then, applying the method again gives a solution for m - 6; and so on ad infinitum. Note that each of the above solutions is expressed in t ...
... Beginning with the proven case m- 4, applying this method supplies the solution to case m = 5 as shown above, since w = Fâ_x + F% + Fn_xFn in (2) is always odd. Then, applying the method again gives a solution for m - 6; and so on ad infinitum. Note that each of the above solutions is expressed in t ...
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... It is apparent that to find the partition of some positive integer n using the same methods we used to find the solution for n = 6 above is a clumsy and difficult procedure. ...
... It is apparent that to find the partition of some positive integer n using the same methods we used to find the solution for n = 6 above is a clumsy and difficult procedure. ...
