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I can answer most questions up through Calculus and some in Number Theory and Abstract Algebra.
I have had my Bachelor's Degree since 1987 and have been a teacher since 1988. I earned my Masters Degree in Mathematics May 2010. I have been teaching at the same community college since 2002.
I have taught 12 years at the community college level, medical college, and technical college as well as a high school instructor and alternative education instructor and charter school instructor.
Master's GPA 3.56 Bachelor's GPA 3.34 Post grad work not degree related GPA 4.0
| User | Date | K | C | P | Comments |
|---|---|---|---|---|---|
| Leonard | 02/03/12 | 10 | 10 | 10 | |
| J | 01/09/12 | 10 | 10 | 10 | |
| andre | 12/24/11 | 8 | 9 | 10 | |
| Nikhil | 12/21/11 | 10 | 10 | 10 | thank you sir |
| chrissy | 12/18/11 | 10 | 10 | 8 | answer was clear and easy to follow ..... |
Hi Sabrina~ There are a lot of different ways to determine the demand equation. The first thing you need to realize is that there are 4 'unknown' parts to the equation and that you are given enough information
Leonard~ Hopefully you recognize this as the Fibonacci Sequence. There is a lot of information out on the internet about this sequence and the patterns. I probably invented the wheel again because I
I will show you how to do the first two. You have not shown me what your answers are or how you did the problems. How can I check if you did them correctly?? 1 - f(x) = x^4 so f'(x# = 4x^3; g#x# = sin#5x#
Is this a linear programming problem? I will help you by listing what you will need to do and you can make your table. Let l = length in feet and li = length in inches (inputs) (I am choosing to convert
J Conceivably you could save $16388 by the time November rolls around. I figure there are 21 fortnights until November and 42 weeks and 10 months. So this is the calculation: 1898 x 21 -(800 x 21)
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