Cut the Cards
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07-30-2020, 09:49 PM
Post: #3
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RE: Cut the Cards
So, it approaches x*(ln(x)+0.57721), where the latter constant is the Euler-Mascheroni constant. This isn't as accurate as doing it analytically but is good for fast calculations. For instance, if you picked a random second of a year every second, how many years would it take? About 17.84 total.
So many signals, so little bandwidth! |
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Messages In This Thread |
Cut the Cards - David Hayden - 07-30-2020, 08:00 PM
RE: Cut the Cards - Albert Chan - 07-30-2020, 08:58 PM
RE: Cut the Cards - Albert Chan - 08-21-2020, 11:00 PM
RE: Cut the Cards - Jim Horn - 07-30-2020 09:49 PM
RE: Cut the Cards - John Keith - 07-31-2020, 12:24 AM
RE: Cut the Cards - Gerson W. Barbosa - 08-24-2020, 01:57 PM
RE: Cut the Cards - Albert Chan - 08-25-2020, 06:14 PM
RE: Cut the Cards - Albert Chan - 07-30-2020, 10:21 PM
RE: Cut the Cards - pinkman - 08-24-2020, 09:49 PM
RE: Cut the Cards - Gerson W. Barbosa - 08-25-2020, 11:41 PM
RE: Cut the Cards - Albert Chan - 08-26-2020, 03:06 AM
RE: Cut the Cards - Gerson W. Barbosa - 08-26-2020, 08:23 AM
RE: Cut the Cards - Albert Chan - 08-26-2020, 02:13 PM
RE: Cut the Cards - Gerson W. Barbosa - 08-26-2020, 06:13 PM
RE: Cut the Cards - Gerson W. Barbosa - 08-27-2020, 10:07 PM
RE: Cut the Cards - Albert Chan - 08-28-2020, 09:26 PM
RE: Cut the Cards - Albert Chan - 08-29-2020, 04:02 PM
RE: Cut the Cards - Gerson W. Barbosa - 08-28-2020, 11:39 PM
RE: Cut the Cards - Albert Chan - 06-23-2021, 12:08 AM
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