Calculus 3: Partial Derivative (5 of 30) Find the Partial Derivative: Example 1

preview_player
Показать описание

In this video I will find the partial derivative with-respect-to x and y of f(x,y)=y^4+5xy and f(x,y)=5(x^4)(y^3-2(x^3)y.

Next video in the series can be seen at:
  1. Michel van Biezen
  2. ilectureonline
  3. ilectureonline.com
  4. Mike
  5. Mike van Biezen
  6. van Biezen
Рекомендации по теме
Calculus 3: Partial 0:02:42

Calculus 3: Partial Derivative (5 of 30) Find the Partial Derivative: Example 1

Partial Derivatives - 1:00:33

Partial Derivatives - Multivariable Calculus

Calculus 3: Partial 0:03:35

Calculus 3: Partial Derivative (9 of 30) Find the Partial Derivative: Example 5

Calculus 3: Partial 0:43:09

Calculus 3: Partial Derivatives (Video #13) | Math with Professor V

Chain Rule With 0:21:10

Chain Rule With Partial Derivatives - Multivariable Calculus

Calculus 3 Lecture 2:28:53

Calculus 3 Lecture 13.3: Partial Derivatives (Derivatives of Multivariable Functions)

Calculus 3 Lecture 2:11:52

Calculus 3 Lecture 13.5: The Chain Rule for Multivariable Functions

Calculus 3 -- 0:32:09

Calculus 3 -- Partial derivatives -- Practice

Lec-14 | Applications 2:18:07

Lec-14 | Applications of Derivatives-II | Calculus | Engineering Mathematics |#FMIH | Shailendra Sir

Difference Between Partial 0:01:44

Difference Between Partial and Total Derivative

Partial Derivatives and 0:10:57

Partial Derivatives and the Gradient of a Function

ALL of calculus 0:08:10

ALL of calculus 3 in 8 minutes.

Partial Derivatives (Quick 0:02:18

Partial Derivatives (Quick Example)

Introduction to Partial 0:22:51

Introduction to Partial Derivatives (Calculus 3)

How To Find 0:28:30

How To Find The Directional Derivative and The Gradient Vector

How to find 0:06:15

How to find Partial Derivative of a function

Calculus 3: Partial 0:02:01

Calculus 3: Partial Derivative (11 of 30) An Alternative Notation for 1st & 2nd Partial Derivati...

The ENTIRE Calculus 0:08:04

The ENTIRE Calculus 3!

🟡06 - First 0:35:04

🟡06 - First Order Partial Derivatives of functions of Several Variables

What is differentiability 0:14:35

What is differentiability for multivariable functions??

Calculus 3: The 0:42:20

Calculus 3: The Chain Rule (Video #15) | Math with Professor V

Calculus 3: Partial 0:03:48

Calculus 3: Partial Derivative (25 of 50) The Chain Rule: Example 1

Calculus 3: Partial 0:04:56

Calculus 3: Partial Derivative (29 of 50) The Chain Rule (Type 3): Example 1

Total Differential of 0:01:59

Total Differential of Multivariate Function f(x, y) = x^3y^4 + x^2y^3 + 12

Комментарии
Автор

This is just amazing, most of us know how to differentiate functions but the conventional school method doesnt teach us why we do it and what is the logic behind it. But your videos, Sir, it is a treasure.. thank you so much sir.

yogahariharan
Автор

Thank you for this excellent explanation.

valeriereid
Автор

Why does yˆ4 disappear in the first partial with regard to x but yˆ3 survives in the second example? Seems like yˆ4 should be in first example as constant.

Walter-uyor
Автор

How come the derivative of y^4 in the first one is equal to zero because it’s a constant but yet all of the other constants in the rest remains the same?

MegaJayLover
Автор

Thank you, I think I am kind of getting it now... So if we differentiate with respect to x and something is multiplied by y we just write y without applying changes to it. If we have +/- 3y following that for example, then we drop "3y" completely? I have a poor level of understanding how derivation works...

annakopyl
Автор

Hi Michel, is this course complete? Cause in my university, we learn about Topology (open and closed balls and sets), Analytic Geometry (quadratics and conics), vector and scalar functions...

notSavant
Автор

Shouldn't the final function of y read: 5x^43y^2-2x^3?

tomjenkins