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Will travel 40 miles

$50 per hour.

4.93 739 ratings

As a long-time teacher of calculus at the university level, a holder of a specialty in partial differential equations at the master's level in mathematics, and a master's of physics which applied differential equations extensively, I do believe I could help someone with their differential equations! Summer 2016 I got to teach a first course in undergraduate ordinary differential equations - - it was a blast - - and I'm ever more prepared now to help you. I hold two master's degrees -- one in applied mathematics, one in physics. I started teaching math in 1999. While many of the intervening yea [more]

Will travel 40 miles

$100 per hour.

4.98 150 ratings

I have a M.S. in physics from UC Davis. Such a degree requires extensive background in mathematics, including differential equations, linear algebra and advanced, mult-variate calculus. I completed my first course of Diff.Eq. as an undergraduate at the University of Virginia, and have since completed courses such as Advanced Calculus, and graduate level math courses. I have extensive knowledge of the function, form and application of Diff. Eq's. My Background: I earned an M.S. in physics while teaching two years of introductory physics at UC Davis as a graduate teaching assistant and Ph.D. can [more]

Will travel 25 miles

$50 per hour.

0.0 0 ratings

I recently graduated cum laude from FSU with degrees in both physics and Pure mathematics. As part of my math curriculum I completed both Partial differential equations 1 and 2 as well as Ordinary Differential Equations. I also have extensive experience in applications of differential equations to physics such as quantum Mechanics, Newtonian mechanics and electricity and magnitism. I recently graduated from Florida State University where I graduated with honors in physics and pure mathematics. I am attending PhD school in Nuclear physics in the fall and love teaching physics and math courses. [more]

Will travel 40 miles

$300 per hour.

4.94 169 ratings

I have over two years of experience tutoring differential equations to high-school students and college students. I took a differential equations class at MIT and I ranked 2nd out of 85 students and the difference between the top mark and mine is statistically insignificant. (I have the letter of recommendation). At MIT I got a bachelor of science degree and a master of engineering degree, each in "electrical engineering and computer science". My GPA for my BSc. degree is 4.2/5.0 and my GPA for my M.Eng degree is 4.6/5.0. [more]

Will travel 20 miles

$40 per hour.

3.0 1 ratings

I am finishing up a third Masters in Chemistry where my concentration is Physical Chemistry. In this concentration, I do a great deal of differential equations and linear algebra solving for the thermodynamics, chemical dynamics and chemical electrodynamics problems. Also, from my PhD studies, I have to solve a series of Green Theorems, Bessel functions, Lagrangian and Fourier Transforms. I love teaching because I am a lifetime learner. I has a BS in Physics, MS in Materials Science, MA in Physics, PhD in Materials Science and finishing a MS in Chemistry. I have taught at several Community [more]

Will travel 30 miles

$40 per hour.

0.0 0 ratings

I have an M.S. in Mathematics. I started tutoring in the Middle Tennessee area in 2012 and I have loved every moment of it. Starting out with basic mathematics, I have now taught a variety of subjects including mathematics (elementary school to Master's level), physics (I,II), chemistry (I,II), and engineering (statics, dynamics, mechanics of materials etc.). My teaching philosophy is that students must be taught how to think about the given subject and develop intuition, and the grades wi... [more]

Will travel 0 miles

$45 per hour.

4.4 15 ratings

I have taken Differential Equations as part of my Chemical Engineering degree at Washington University, St Louis, MO. I have tutored differential equations. The students can expect to learn about first order differential equations (e.g. linear, separable, homogenous, exact and non-exact, Bernoulli, Riccati, etc.); second order differential equations (e.g. nonlinear, linear, homogenous, Euler-Cauchy, etc.), independence, Wronskian, reduction of order, coefficients, solving series, higher order linear equations, Laplace Transforms, and solving systems of differential equations, Fourier series, [more]

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