AZ Barbeque.com

Math Tutoring

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tbonejc

  • Karma: 2
Hey everyone.  I'm starting to tutor on the side.  If you know anyone that can use some help with their math let me know.  I made a posting on Craigslist about it.  You can check it out at http://phoenix.craigslist.org/evl/lss/2738270619.html
I have a Facebook page, http://www.facebook.com/pages/Math-Geek-Tutoring/234594729938875 and can be followed on Twitter @MathTutoringAZ.
Please spread the word.  I'm happy to help anyone I can.
#1 - December 05, 2011, 09:26:15 pm

azkitch

  • Karma: 9
Can we pay in pecan?
#2 - December 05, 2011, 10:13:51 pm
CBJ # 53779
For cooking, lower and slower. For spices, mo' hotter, mo' better. Habaneros rule!

tbonejc

  • Karma: 2
Can we pay in pecan?

Very tempting.  If I get enough paying customers then sure!
#3 - December 06, 2011, 08:09:54 am

Mark

  • Karma: 23
My dog made that mistake once. He happily went with me to the vet because he thought he was going to be tutored. ::)
#4 - December 06, 2011, 10:09:55 am
Mark Motta
Meatier Creator

DVA

  • Karma: 1
I am looking for a general solution to the integral of e^x^2 dx. Any advise?
#5 - December 20, 2011, 09:43:30 pm

tbonejc

  • Karma: 2
I am looking for a general solution to the integral of e^x^2 dx. Any advise?

There actually is no conventional method to integrate this.  You can get an approximation by using the Taylor Series expansion, namely Σ(((x^2)^n)/n!). but there is no direct method to integrate this.  How did you come up with this?  Statistics and probablity uses e^(-x^2) which is the error function and can be manipulated to look like a normal density function that you can use tables to find an answer. 
#6 - December 21, 2011, 09:52:15 am

AZWildcat

  • Karma: 22
I was just about to say the same thing Jeff!   ???
#7 - December 21, 2011, 11:55:55 am
2 UDS's-Stoked
2 WSM's-Stoked
BWS Party-Stoked
22.5 Kettle to burn burgers and steaks.

Be kind, polite and courteous to everyone you meet, and ALWAYS have a plan to kill them.

DVA

  • Karma: 1
Just checking if you know your stuff. I like to ask new engineers to solve this problem to see their skills
#8 - December 21, 2011, 10:21:11 pm

Crash

  • Karma: 20
There actually is no conventional method to integrate this.  You can get an approximation by using the Taylor Series expansion, namely Σ(((x^2)^n)/n!). but there is no direct method to integrate this.  How did you come up with this?  Statistics and probablity uses e^(-x^2) which is the error function and can be manipulated to look like a normal density function that you can use tables to find an answer. 

I was going to say 8....but I'll take your word for it.
#9 - December 21, 2011, 10:28:26 pm
I love animals.  They're delicious!
VRM Pit Crew

RudedoggAZ

I wish I was good at math... Full basket of fuel + full chimney of hot coals = Oh, nevermind! I got nothing  :mad:
#10 - December 21, 2011, 10:46:14 pm

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