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Primes of the form abs(3n^3 - 183n^2 + 3318n - 18757) in order of increasing nonnegative n.
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%I #11 Dec 13 2019 12:51:35

%S 18757,15619,12829,10369,8221,6367,4789,3469,2389,1531,877,409,109,41,

%T 59,37,229,499,829,1201,1597,1999,2389,2749,3061,3307,3469,3529,3469,

%U 3271,2917,2389,1669,739,419,1823,3491,5441,7691,10259,13163,16421,20051,24071

%N Primes of the form abs(3n^3 - 183n^2 + 3318n - 18757) in order of increasing nonnegative n.

%H Robert Price, <a href="/A272401/b272401.txt">Table of n, a(n) for n = 1..2839</a>

%H Eric Weisstein's World of Mathematics, <a href="http://mathworld.wolfram.com/Prime-GeneratingPolynomial.html">Prime-Generating Polynomials</a>

%e 8221 is in this sequence since abs(3*4^3 - 183*4^2 + 3318*4 - 18757) = abs(192-2928+13272-18757) = 8221 is prime.

%t n = Range[0, 100]; Select[3n^3 - 183n^2 + 3318n - 18757 , PrimeQ[#] &]

%Y Cf. A050268, A050267, A005846, A007641, A007635, A048988, A050265, A050266.

%Y Cf. A271980, A272030, A272074, A272075, A272159, A271143, A272284, A272302.

%K nonn,less

%O 1,1

%A _Robert Price_, Apr 28 2016