Partial Derivative (FE Exam Review)

preview_player
Показать описание
Partial Derivative (FE Exam Review) / In this video, I solve partial derivative of a function with respect to x. I also go over the product rule and the chain rule, when solving for the derivative. This problem is very common on the FE exam.

Don’t forget to sign up here to get FREE FE practice exam for your FE exam:

----------------------------------------------------------------------------------------------------------
RESOURCES & LINKS:

“FE Exam Prep Books (SEE INSIDE REVIEW MANUAL)”

“FE Exam Dates & When YOU Should Schedule Your FE Exam”

“All About The FE Search Box!”

“ONE Super Simple Trick To Pass Your FE Exam!”

-----------------------------------------------------------------------------------------------------------
BOOKS RECOMMENDED FOR THE FE Exam:

FE Practice Exams

FE Review Manual

FE Exam Practice Problems

FE Exam Calculator

Say hi on social:

NOTE: This description contains affiliate links that allow you to find the items mentioned in this video and support the channel at no cost to you. While this channel may earn minimal sums when the viewer uses the links, the viewer is in NO WAY obligated to use these links. Thank you for your support!
Рекомендации по теме
Комментарии
Автор

As a current engineering student, I really appreciate that these videos get straight to the point. I just needed a quick refresher for math I haven't had to use in years, and this was exactly what I wanted. Thanks!

Someone-lfiz
Автор

Great job on all of these videos. I graduated from college a long time ago and never bothered to get my FE/PE. I'm taking the FE first to make sure I'm ready for the PE. These are great for quick, straight to-the-point reviews! Thank you.

claymoseley
Автор

is Partial Derivative included in the FE Civil Exam after July 2020? because it's not in the exam specifications, only single-variable calculus is.

Lostboy
Автор

Can you do problem for finding partial of (df/dx)^2- ( df/dy)^2 . thanks.

mienge
Автор

Can someone help me where can I find standard derivatives in the reference manual?

karanpatel