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Will travel 40 miles

$48 per hour.

4.94 772 ratings

Differential equations, and their digital counterpart, difference equations, are hugely important to the study of many fields. I can help any calculus student learn to solve separable ordinary differential equations, non-separable first order linear equations, second-order linear ordinary differential homogeneous equations with constant coefficients. Students often struggle with the methods of underdetermined coefficients, variation of parameters, and transform techniques such as Fourier transforms, and Laplace transforms. I can help because my degree included all of this material, much of w [more]

Will travel 30 miles

$50 per hour.

4.56 18 ratings

Having graduated in an Engineering major, I encountered many problems requiring differential equations to be solved. Differential equations and the different analytical and numerical methods available to solve them are a pillar of the Chemical Engineer education. This is why having a PhD in chemical Engineering, I feel confident in teaching and tutoring students about differential equations. I offer tutoring services specializing in Math for High School and College students and tests preparation (SAT and ACT). I also tutor in other Science subjects as well as French and Computer/Programming ba [more]

Will travel 25 miles

$50 per hour.

0.0 0 ratings

The second portion of an advanced calculus course in college was all differential equations. I completed an advanced differential equations course with an A+ average. I have the text and current information from the college course available to aid students. I am currently a student at the University of Pittsburgh pursuing a degree in Mechanical Engineering and Materials Science. Previously I attended Duquesne Universtiy to attain a Physics Degree. During my time at Duquesne, I worked in the department as a Teaching Assistant in the General Analytical Physics 1 & 2 courses, as well as the T [more]

Will travel 5 miles

$60 per hour.

4.86 14 ratings

I received an A in Differential Equations in my undergraduate course. Differential equations was necessary for completing several my my core courses in graduate school, so the material is fresh in my memory. The last time I tutored this subject was 2-3 months ago. I offer personalized, one-on-one tutoring for all Physics and most Mathematics courses. I have an MS in physics (astrophysics) from the University of Pittsburgh, and and BS in physics with mathematics from Bucknell University. I have taught physics and mathematics as a college instructor and as a personal tutor for almost a decade [more]

Will travel 20 miles

$40 per hour.

0.0 0 ratings

I took differential equations as an undergraduate student. I use differential equation techniques frequently for computations in my research. I got an A while I took it in undergrad. Growing up in Nigeria, I always dreamed about being considered among the top intellectual individuals, and because of my inquisitive nature, I have always enjoyed the learning process. This spurred me towards obtaining a degree in Mechanical Engineering at Purdue University and graduating with 3.47 GPA. I am currently working towards getting my master's degree from Carnegie Mellon University. I am no stran [more]

Will travel 10 miles

$60 per hour.

4.4 5 ratings

I have taken multiple courses including Differential Equations and Partial Differential Equations through my Nuclear Engineering studies at RPI and my Master's at UC Berkeley. Differential Equations is an essential subject necessary to excel in courses specific to engineering. Therefore I have explored this subject thoroughly through my coursework and feel confident in my ability to tutor it. With a B.S. and M.S. in Nuclear Engineering as well as experience teaching and tutoring high-school level math and physics, I can help you reach a better understanding of fundamental concepts in math and/ [more]

Will travel 10 miles

$35 per hour.

4.91 86 ratings

As a Mathematics instructor in a graduate-level engineering school, I am very familiar with differential equations and techniques for solving them. Methods for solving ordinary differential equations include: Reduction of Order, the Method of Undetermined Coefficients, Variation of Parameters, the Frobenius Method, and various numerical approximation methods. Some differential equations that involve eigenvalues generate infinite series of orthogonal functions, including: Fourier Series, Bessel Functions, and Legendre Polynomials. Partial equations can be solved either numerically or using Sepa [more]

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