Differentiation 22 • Implicit - problems • P2 Ex9H • 🚀

preview_player
Показать описание
The best way to find videos for other topics is to go to my channel's homepage, then scroll down to the relevant section.
There are playlists per chapter, with videos linked to individual exercises. Thanks for watching!
  1. Bicen Maths
  2. maths
  3. maths a level
  4. maths a level edexcel
  5. further maths a level
  6. alevel
Рекомендации по теме
[Calculus] Implicit Differentiation 0:08:14

[Calculus] Implicit Differentiation || Lecture 22

Implicit Differentiation 0:11:45

Implicit Differentiation

Implicit Differentiation #22 0:03:51

Implicit Differentiation #22

Differentiation 22 • 0:14:56

Differentiation 22 • Implicit - problems • P2 Ex9H • 🚀

Lesson 22 Implicit 0:34:43

Lesson 22 Implicit Differentiation

E S21 Calculus 1:43:39

E S21 Calculus Lecture 22: Implicit Differentiation

Lecture 22: Implicit 0:12:58

Lecture 22: Implicit Differentiation

22-02-07 Implicit Differentiation 0:28:59

22-02-07 Implicit Differentiation p1

WMA14/01, IAL, (Edexcel), 0:19:32

WMA14/01, IAL, (Edexcel), P4, June 2022, Q4, Differentiation, Implicit Differentiation,

PS22 More Implicit 1:23:37

PS22 More Implicit Differentiation Video Solutions

22-11-16[3.1 PR] Implicit 0:42:58

22-11-16[3.1 PR] Implicit Differentiation p4

22-02-02 [3.1 PR 0:38:21

22-02-02 [3.1 PR 1]Implicit Differentiation

Multivariate Calculus Lecture 0:14:05

Multivariate Calculus Lecture 6 of 22 - Implicit Differentiation

Calculus: B DERIVATIVES 0:08:06

Calculus: B DERIVATIVES 22: Intro to Implicit Differentiation

11/15/22 - Implicit 0:43:01

11/15/22 - Implicit Differentiation (Part 1)

22 Implicit Derivation 0:01:55

22 Implicit Derivation of Trigonometric Function tany - x^2 = 1

M121 Sec 2.7 0:54:18

M121 Sec 2.7 Implicit Differentiation F22

#22 - Differentiation 0:04:58

#22 - Differentiation - Implicit Functions - Example #4

Differentiation L10 (Implicit 0:34:20

Differentiation L10 (Implicit Differentiation 1) 06-12-22

11/17/22 - Implicit 0:41:26

11/17/22 - Implicit Differentiation (Part 3)

Lec21 Sec2.8 M2003 1:27:40

Lec21 Sec2.8 M2003 F22 Implicit Differentiation

22-11-18[3.1 PR] Implicit 0:44:34

22-11-18[3.1 PR] Implicit Differentiation p4

Calculus 1: implicit 0:15:19

Calculus 1: implicit differentiation, derivatives of inverse functions, 2-22-21 part 2

Differentiation L11 (Implicit 0:21:59

Differentiation L11 (Implicit Differentiation 2) 07-12-22

Комментарии
Автор

hi sir, the mark scheme at 14:53 says that at (-8, 8) the gradient should be 0 and for coordinate (-8, 16) the gradient is -3. Is this the mark scheme wrong? because in your working out you had the gradients switched which is also what i got.

kelseymartini
Автор

For the first problem 1:30 can we take the constant 6 to the LHS and then say the equation is equal to zero and then carry out the differentiation as it would lead to the same result?

donashen
Автор

Hey Sir, would it be possible to get some help answering a question please, I am not quite sure what type of question this falls under, but I am stuck on this question:

Show that y = e^2x (cos3x + sin3x) satisfies the equation d^2y / dx^2 - 4 dy/dx + 13y = 0

I tried to differentiate y = e^2x (cos3x + sin3x) using product rule and got dy/dx = e^2x (3cos3x - 3sin3x) + 2e^2x (cos3x + sin3x) and now I am really confused and stuck.

Any help is greatly appreciated! :)

zektric
Автор

5:00 is there a general way to know which side to bring the dy/dx to?

hasansyed