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(50g) Normal Distribution
12-03-2018, 10:18 PM (This post was last modified: 12-03-2018 10:21 PM by Dieter.)
Post: #5
RE: (50g) Normal Distribution
(12-03-2018 09:53 PM)Albert Chan Wrote:  Is it simpler just do this ? P(x) = Q(-x)

Yes, sure. Sometimes you don't realize the obvious. #-)
In this case there even is no noticeable difference in the accuracy of the result.

I can't believe I didn't post this myself since I always use this in Excel spreadsheets with my own Q(x) code. #-)

Dieter
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Messages In This Thread
(50g) Normal Distribution - John Keith - 12-03-2018, 04:20 PM
RE: (50g) Normal Distribution - Dieter - 12-03-2018, 07:05 PM
RE: (50g) Normal Distribution - John Keith - 12-03-2018, 08:45 PM
RE: (50g) Normal Distribution - Dieter - 12-03-2018 10:18 PM
RE: (50g) Normal Distribution - John Keith - 12-03-2018, 10:59 PM
RE: (50g) Normal Distribution - John Keith - 12-04-2018, 08:54 PM
RE: (50g) Normal Distribution - Dieter - 12-04-2018, 09:48 PM
RE: (50g) Normal Distribution - Dieter - 12-05-2018, 08:49 PM
RE: (50g) Normal Distribution - John Keith - 12-06-2018, 02:58 PM
RE: (50g) Normal Distribution - Dieter - 12-06-2018, 11:08 PM
RE: (50g) Normal Distribution - John Keith - 12-07-2018, 11:21 PM
RE: (50g) Normal Distribution - Dieter - 12-06-2018, 10:54 PM
RE: (50g) Normal Distribution - John Keith - 12-08-2018, 07:13 PM
RE: (50g) Normal Distribution - Dieter - 12-08-2018, 09:18 PM
RE: (50g) Normal Distribution - John Keith - 12-08-2018, 09:28 PM
RE: (50g) Normal Distribution - John Keith - 01-26-2019, 10:01 PM
RE: (50g) Normal Distribution - pier4r - 01-26-2019, 10:12 PM



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