December 01, 2005

Christmas for my geeky friends

Repeat from last year. Don't say that I didn't warn you.

This, I loved:

foxtrot120104.gif

Translation to follow upon request.

BTW, here is the Taylor series expansion for the natural log Euler's constant. Behold:

taylor series expansion for natural log.png

Substitute "1" for x and there you have it.

Update: As someone else noticed, the series expansion is for the root used in the natural log: e, also know as Euler's number, Euler's constant(not the Euler-Mascheroni constant), or Napier's constant. Sorry for any confusion.

Posted by: Physics Geek at 11:59 PM | Comments (7) | Add Comment
Post contains 87 words, total size 1 kb.

1 Dammit, you're forcing me to try to remember classes I took in college... that I hated.

Posted by: Contagion at December 01, 2005 09:02 AM (Q5WxB)

2 screw you and your god awful math..... but that reminds me. post upcoming..... check your TBs

Posted by: caltechgirl at December 01, 2005 02:49 PM (/vgMZ)

3 God awful math? Your mouth is moving and sounds are coming out, but I can't understand a word that you're saying.

Posted by: physics geek at December 01, 2005 03:37 PM (Xvrs7)

4 Erm, that's a Taylor series expansion for something, but not a natural log.

Posted by: Sammler at December 02, 2005 06:01 AM (3Vv4Y)

5 Yeah, I'm a little lost on the expansion, too. Got the Christmas wishes, but still struggling with the summation.

Posted by: NukemHill at December 02, 2005 04:42 PM (y3z4N)

6 Feller, its a Taylor expansion for e and that's all. Physics Gee /= Math Knowledgeable Person

Posted by: Marty at December 02, 2005 11:38 PM (TBgSW)

7 My math is fine, I simply misspoke. It is supposed to be the series for e.

Posted by: physics geek at December 03, 2005 02:28 PM (DS/C1)

Hide Comments | Add Comment

Comments are disabled. Post is locked.
17kb generated in CPU 0.0143, elapsed 0.0595 seconds.
90 queries taking 0.0517 seconds, 205 records returned.
Powered by Minx 1.1.6c-pink.