- #1

- 8

- 0

what prior knowledge in maths is good to go over to help me along the way in this course?

You are using an out of date browser. It may not display this or other websites correctly.

You should upgrade or use an alternative browser.

You should upgrade or use an alternative browser.

- Thread starter dynamics
- Start date

- #1

- 8

- 0

what prior knowledge in maths is good to go over to help me along the way in this course?

- #2

Gib Z

Homework Helper

- 3,346

- 6

Single Variable Calculus and Vectors >.<"

- #3

HallsofIvy

Science Advisor

Homework Helper

- 41,847

- 969

- #4

Gib Z

Homework Helper

- 3,346

- 6

I know multivariable and vector calculus, but knowing of linear algebra >.<"

- #5

- 8

- 0

Yep i'm also taking linear algebra

- #6

- 6

- 0

- #7

- 916

- 4

what prior knowledge in maths is good to go over to help me along the way in this course?

This is good to hear. I'd say that multivariable calculus was one of the most fun courses I took in college. Anyway, to answer your question, obviously all the calculus you've learned thus far is useful. But if you want specifics, I'd pay careful attention to parametric equations, arc length, coordinate systems/transformations, and the basic techniques of integration. The advanced techniques of integration that you learned back in calculus 2 will be somewhat useful, but professors don't stress this very much in multivariable calculus (they figure that if you're in this class, then you've already had enough experience with the technique of integration). If you learned the basics of vectors in either algebra or calculus 2, then review these as well. Dot products, cross products, and vector addition are important in multivariable calculus. Also brush up on determinants, since this will be very useful in finding cross products, as well as the curl of a vector.

Well, that's all I can think of right now. Good luck!

- #8

HallsofIvy

Science Advisor

Homework Helper

- 41,847

- 969

Interesting! Every textbook I've seen does it the other way around: first "vectors" (f:R-> R

Of course, the really fun part would be f:R

Share: