Interested in learning both calculus and its applications to physics? If you're interested in a practical, beginner-friendly and physics-focused way, this is for you!
Master the math most of physics is based on - calculus and vectors
Calculus is the single most important area of math you need for physics.
Learning it provides you the tools to understand really any area of physics - including classical mechanics, electrodynamics, relativity or quantum mechanics.
This course takes a unique approach to teaching you these tools. You won't learn just math for the sake of learning math - you'll also learn how and why what you learn is important for physics.
Price includes all taxes.
Calculus is the area of math dealing with change, which it describes using derivatives and integrals.
Because everything in physics involves changes in some form or another, calculus forms the mathematical basis for describing literally anything in physics - whether that be mechanical systems, electromagnetic fields or quantum systems.
Vector calculus, on the other hand, is the generalization of calculus to multiple dimensions. Therefore, any area of physics that requires more than one dimension uses vector calculus.
In this course, you'll learn both. We begin from the very basics and work our way through single-variable calculus, multivariable calculus, all the way to the most advanced concepts in vector calculus.
The best part about this? There are really no prerequisites! You can get started no matter what your background in math is - everything beginning from the very fundamentals is taught to you step-by-step.
The other unique aspect of this course is that it is specifically aimed at understanding physics.
Most resources focus way too much on math jargon, unnecessary proofs and other abstractions. That's fine if your goal is to specifically do math - but for doing physics, these types of resources leave very little room to actually get a practical understanding.
This course takes a unique approach in that sense - it begins with your goal to understand physics in mind. This is the most practical, physics-focused and beginner-friendly resource on advanced calculus you'll find.
What You'll Learn
- Learn to work with the most common coordinate systems in physics - Cartesian, polar, cylindrical and spherical coordinates.
- Master the concepts of derivatives and integrals, both theoretically and in practice.
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Learn mathematical tools from multivariable calculus like partial derivatives and differentials as well as how they are used in physics.
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Understand the math behind the gradient, divergence, curl and Laplacian and how to use them for solving physics problems.
- Understand various theorems in vector calculus - Stokes' theorem, the divergence theorem and Helmholtz's theorem - and how they can be used to better understand things like Maxwell's equations.
- Build a practical toolset you can apply in all other areas of physics by doing practice problems in the workbooks.
Here's What You Get:
Along with the main lesson content (see below), you also get the Vector Calculus Workbook with practice problems, a Solution Manual with step-by-step solutions to all problems and the Vector Calculus Cheat Sheet.
All course material is available for download and printing out (if that's what you want to do). Part I is formatted as a full ebook, and along with it, you also get a workbook with solved problems.
Who Is This For?
- Anyone wanting to learn the fundamentals of calculus-based physics.
- Anyone interested in learning more advanced areas of physics, such as advanced mechanics, electrodynamics or relativity and the math behind them.
- College or university students wanting a more practical understanding of basic and advanced calculus, for example, alongside their courses at school.
No Prior Knowledge Needed
Anyone with basic arithmetic and algebra knowledge will be able to understand the material, so there are really no prerequisites - everything is covered from the ground up.
This is the perfect place to get started with learning physics and more advanced math. You'll be able to build a strong foundation for any area of physics you decide to study in the future!
Get Started Learning Now!
The sooner you get started, the faster you'll reach your physics goals - and this course will take you there.