(50g) Bernoulli polynomials
12-29-2018, 03:52 PM
Post: #11
 Albert Chan Senior Member Posts: 2,353 Joined: Jul 2018
RE: (50g) Bernoulli polynomials
(12-29-2018 02:18 PM)peacecalc Wrote:  Most of the constants in front of the powers of X are approx. correct, but not the last one: .41678 ...
So what is the problem: the summation function \GS or the combination function COMB?

It is the summation, more specifically, the term 1/12*(-55*9^11)

55*9^11 = 1 725958 278495 --> rounding-up --> 1 725958 278500

Introduced constant term error = -5/12 ~ -0.41667
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 Messages In This Thread (50g) Bernoulli polynomials - peacecalc - 12-17-2018, 05:31 PM RE: (50g) Bernoulli polynomials - DavidM - 12-17-2018, 06:07 PM RE: (50g) Bernoulli polynomials - John Keith - 12-17-2018, 07:03 PM RE: (50g) Bernoulli polynomials - DavidM - 12-17-2018, 08:37 PM RE: (50g) Bernoulli polynomials - ttw - 12-17-2018, 09:17 PM RE: (50g) Bernoulli polynomials - peacecalc - 12-17-2018, 10:03 PM RE: (50g) Bernoulli polynomials - ijabbott - 12-17-2018, 11:58 PM RE: (50g) Bernoulli polynomials - peacecalc - 12-22-2018, 11:06 PM RE: (50g) Bernoulli polynomials - John Keith - 12-23-2018, 07:58 PM RE: (50g) Bernoulli polynomials - peacecalc - 12-29-2018, 02:18 PM RE: (50g) Bernoulli polynomials - Albert Chan - 12-29-2018 03:52 PM RE: (50g) Bernoulli polynomials - DavidM - 12-29-2018, 04:40 PM RE: (50g) Bernoulli polynomials - John Keith - 12-29-2018, 05:54 PM RE: (50g) Bernoulli polynomials - peacecalc - 12-30-2018, 01:44 PM RE: (50g) Bernoulli polynomials - ttw - 01-02-2019, 11:13 PM RE: (50g) Bernoulli polynomials - peacecalc - 01-03-2019, 10:20 AM

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