%I A093851
%S A093851 4,39,324,2799
%N A093851 n-th row of the following triangle contains n uniformly located n-digit 
               numbers. i.e. n terms of an arithmetic progression with 10^(n-1)-1 
               as the term preceding the first term and (n+1)-th term is the largest 
               possible n-digit term. The r-th term of the n-th row is given by 
               10^(n-1)-1 + (r)*Floor[9*(10^(n-1)/(n+1)] 4 39 69 324 549 774 2799 
               4599 6399 8199 ... Sequence contains the first column. ...
%C A093851 the n-th row of this triangle can be obtained by deleting the least significant 
               digit (9) from the (n+1)-th row of the triangle pertaining to A093846 
               ignoring the last term ( 10^(n+1) -1).
%e A093851 n-th row of the following triangle contains n uniformly located n-digit 
               numbers. i.e. n terms of an arithmetic progression with 10^(n-1)-1 
               as the term preceding the first term and (n+1)-th term is the largest 
               possible n-digit term.
%e A093851 The r-th term of the n-th row is given by 10^(n-1)-1 + (r)*Floor[9*(10^(n-1)/
               (n+1)]
%e A093851 4
%e A093851 39 69
%e A093851 324 549 774
%e A093851 2799 4599 6399 8199
%e A093851 ...
%e A093851 Sequence contains the first column.
%Y A093851 Cf. A093846, A093847, A061772, A093450, A093552.
%Y A093851 Sequence in context: A006408 A112460 A059945 this_sequence A063035 A123618 
               A046449
%Y A093851 Adjacent sequences: A093848 A093849 A093850 this_sequence A093852 A093853 
               A093854
%K A093851 base,easy,more,nonn,uned
%O A093851 1,1
%A A093851 Amarnath Murthy (amarnath_murthy(AT)yahoo.com), Apr 18 2004