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%I #6 Apr 24 2017 16:59:06
%S 1,2,3,1,8,12,8,7,9,8,30,27,8,21,28,4,8,33,64,8,70,64,50,67,64,8,64,8,
%T 64,32,64,85,8,27,8,65,59,64,49,43,8,95,8,64,8,136,40,64,8
%N Prime(n)^3 mod prime(n-1).
%C Related sequences type prime(n)^k mod prime(n-1) (k=1,2,3,4)
%C prime(n) mod prime(n-1) is given in A001223
%C prime(n)^2 mod prime(n-1) is given in A038702
%C prime(n)^3 mod prime(n-1) is given in A138672
%C prime(n)^4 mod prime(n-1) is given in A138673
%C prime(n)^5 mod prime(n-1) is given in A138674
%C prime(n)^6 mod prime(n-1) is given in A138675
%C prime(n)^7 mod prime(n-1) is given in A138676
%C prime(n)^8 mod prime(n-1) is given in A138677
%C prime(n)^9 mod prime(n-1) is given in A138678
%C prime(n)^10 mod prime(n-1) is given in A138679
%C prime(n)^11 mod prime(n-1) is given in A138680
%C prime(n)^12 mod prime(n-1) is given in A138681
%H Harvey P. Dale, <a href="/A138672/b138672.txt">Table of n, a(n) for n = 0..1000</a>
%e a(1)=1 because 3^3 = 27 = 1 mod 2
%e a(2)=2 because 5^3 = 125 = 2 mod 3
%t Table[Mod[Prime[n]^3, Prime[n - 1]], {n, 2, 50}]
%t PowerMod[#[[2]], 3, #[[1]]] & /@ Partition[Prime[Range[50]], 2, 1] (* _Harvey P. Dale_, Apr 24 2017 *)
%Y Cf. A001223, A038702, A138672, A138673, A138674, A138675, A138676, A138677, A138678, A138679, A138680, A138681.
%K nonn
%O 0,2
%A _Artur Jasinski_, Mar 26 2008
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