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MuhammadA.
Приєднався 20 бер 2022
👋
Welcome to the official UA-cam channel of MuhammadA. (➖ "Math: It Adds Up to Success!" ➕)
Subscribe the channel for more info.
👨🏫
Here you'll learn everything about:
Linear equations
Distance and mid-point formula
Triangles
Circles
Parabolas
Hyperbolas
Ellipses
Functions
Derivatives
Integrations
Theorems
Geometrical Questions
Quadratic Questions
Inequality problems
Direct and inverse relations
Sin, cos and tan (and their inverses)
Angles
Vectors
💗Hope you enjoy watching our videos💗
🤝
Contact us; mstest866@gmail.com
🙋♀️
Regards
MSA team
Welcome to the official UA-cam channel of MuhammadA. (➖ "Math: It Adds Up to Success!" ➕)
Subscribe the channel for more info.
👨🏫
Here you'll learn everything about:
Linear equations
Distance and mid-point formula
Triangles
Circles
Parabolas
Hyperbolas
Ellipses
Functions
Derivatives
Integrations
Theorems
Geometrical Questions
Quadratic Questions
Inequality problems
Direct and inverse relations
Sin, cos and tan (and their inverses)
Angles
Vectors
💗Hope you enjoy watching our videos💗
🤝
Contact us; mstest866@gmail.com
🙋♀️
Regards
MSA team
Integration of (√y (y+1))/(y) | Integral Calculus
[15]
❓
Integration of (√y (y+1))/(y) | Integral Calculus
👋
We are continuing our series of integrating the functions and today we did the integration of *∫(√y (y+1))/(y).dx*
If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html
🌐
Other Links:
Integration PDF: drive.google.com/file/d/1h_OESMRVwUFMLyTBw-r6vbFCcVOkMgvB/view?usp=sharing
Request me new videos: forms.gle/4rbzs4ANeWhZK2sE7
Integration Playlist: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html
Differentiation Playlist: ua-cam.com/play/PLcEKQ1VQLCTVe1MtLG3R-LncYFHS1yn4q.html
Channel (MuhammadA.): ua-cam.com/channels/BxJB58M8LA_vRelsfE6-lA.html
Facebook: watch/?v=931178418136790
Instagram: mstest866
Email: mstest866@gmail.com
📞
If you found any mistake in this video or you would like to suggest something, don't hesitate to contact me at my email address.
🙋
With best regards
MuhammadA.
#mathematics #maths #youtube #new #video #integration
❓
Integration of (√y (y+1))/(y) | Integral Calculus
👋
We are continuing our series of integrating the functions and today we did the integration of *∫(√y (y+1))/(y).dx*
If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html
🌐
Other Links:
Integration PDF: drive.google.com/file/d/1h_OESMRVwUFMLyTBw-r6vbFCcVOkMgvB/view?usp=sharing
Request me new videos: forms.gle/4rbzs4ANeWhZK2sE7
Integration Playlist: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html
Differentiation Playlist: ua-cam.com/play/PLcEKQ1VQLCTVe1MtLG3R-LncYFHS1yn4q.html
Channel (MuhammadA.): ua-cam.com/channels/BxJB58M8LA_vRelsfE6-lA.html
Facebook: watch/?v=931178418136790
Instagram: mstest866
Email: mstest866@gmail.com
📞
If you found any mistake in this video or you would like to suggest something, don't hesitate to contact me at my email address.
🙋
With best regards
MuhammadA.
#mathematics #maths #youtube #new #video #integration
Переглядів: 14
Відео
Integration of (3x + 2)/(√x) | Integral Calculus
Переглядів 86Місяць тому
[15] ❓ Integration of (3x 2)/(√x) | Integral Calculus 👋 We are continuing our series of integrating the functions and today we did the integration of *∫(3x 2)/(√x).dx* If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html 🌐 Other Links: Integration PDF: drive.google.com/file/d/1h_OESMRVwUFMLyT...
Integration of (√x - 1/√x)^2 | Integral Calculus
Переглядів 24Місяць тому
[14] ❓ Integration of (√x - 1/√x)^2 | Integral Calculus 👋 We are continuing our series of integrating the functions and today we did the integration of *∫(√x - 1/√x)^2.dx* If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html 🌐 Other Links: Integration PDF: drive.google.com/file/d/1h_OESMRVwUF...
Integration of (√x + 1)^2 | Integral Calculus
Переглядів 113Місяць тому
[13] ❓ Integration of (√x 1)^2 | Integral Calculus 👋 We are continuing our series of integrating the functions and today we did the integration of *∫(√x 1)^2.dx* If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html 🌐 Other Links: Integration PDF: drive.google.com/file/d/1h_OESMRVwUFMLyTBw-r6v...
Integration of (2x +3)^1/2 | Integral Calculus
Переглядів 14Місяць тому
[12] ❓ Integration of (2x 3)^1/2 | Integral Calculus 👋 We are continuing our series of integrating the functions and today we did the integration of *∫(2x 3)^1/2.dx* If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html 🌐 Other Links: Integration PDF: drive.google.com/file/d/1h_OESMRVwUFMLyTBw...
Integration of (x(√x + 1)) | Integral Calculus
Переглядів 13Місяць тому
[11] ❓ Integration of (x(√x 1)) | Integral Calculus 👋 We are continuing our series of integrating the functions and today we did the integration of *∫(x(√x 1))* If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html 🌐 Other Links: Integration PDF: drive.google.com/file/d/1h_OESMRVwUFMLyTBw-r6vb...
Integration of (√x + 1/√x) | Integral Calculus
Переглядів 81Місяць тому
[10] ❓ Integration of (√x 1/√x) | Integral Calculus 👋 We are continuing our series of integrating the functions and today we did the integration of *∫(√x 1/√x)* If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html 🌐 Other Links: Integration PDF: drive.google.com/file/d/1h_OESMRVwUFMLyTBw-r6vb...
Integration of 3x^2 - 2x + 1 | Integral Calculus
Переглядів 38Місяць тому
[09] ❓ Integration of 3x^2 - 2x 1 | Integral Calculus 👋 We are continuing our series of integrating the functions and today we did the integration of *∫3x^2 - 2x 1* If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html 🌐 Other Links: Integration PDF: drive.google.com/file/d/1h_OESMRVwUFMLyTBw-...
Integration of (3 - cos(2x))/(1 + cos(2x)) | Integral Calculus
Переглядів 662 місяці тому
[08] ❓ Integration of (3 - cos(2x))/(1 cos(2x)) | Integral Calculus 👋 We are continuing our series of integrating the functions and today we did the integration of *∫(3 - cos(2x))/(1 cos(2x)).dx* If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html 🌐 Other Links: Integration PDF: drive.google...
Integration of (sinx + cos^3(x))/(cos^2(x) sinx) | Integral Calculus
Переглядів 502 місяці тому
[07] ❓ Integration of 1(sinx cos^3(x))/(cos^2(x) sinx) | Integral Calculus 👋 We are continuing our series of integrating the functions and today we did the integration of *∫(sinx cos^3(x))/(cos^2(x) sinx).dx* If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html 🌐 Other Links: Integration PDF:...
Integration of 1/(√(x+1) - √(x)) | Integral Calculus
Переглядів 872 місяці тому
[06] ❓ Integration of 1/(√(x 1) - √(x)) | Integral Calculus 👋 We are continuing our series of integrating the functions and today we did the integration of *∫1/(√(x 1) - √(x))* If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html 🌐 Other Links: Request me new videos: forms.gle/4rbzs4ANeWhZK2s...
Integration of 1/(√x (√(x) +1 ) ) | Integral Calculus
Переглядів 272 місяці тому
[05] ❓ Integration of 1/(√x (√(x) 1 ) ) | Integral Calculus 👋 We are continuing our series of integrating the functions and today we did the integration of *∫1/(√x (√(x) 1 ) )* If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html 🌐 Other Links: Request me new videos: forms.gle/4rbzs4ANeWhZK2s...
Integration of x/(x+2) | Integral Calculus
Переглядів 532 місяці тому
[04] ❓ Integration of x/(x 2) | Integral Calculus 👋 We are continuing our series of integrating the functions and today we did the integration of *x/(x 2)* If you faced any difficulty while solving this question, do check my first video on the Introduction of Integration: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html 🕔 Timestamps: 00:00 ∫(x 1)(x 3).dx 00:10 Important step 00:57 Separating the terms 0...
Integration of (x + 1)(x + 3) & x √(x^2 - 1) | Integral Calculus
Переглядів 452 місяці тому
[03] ❓ Integration of (x 1)(x 3) & x √(x^2 - 1) | Integral Calculus 👋 Hello guys! From this video onwards, we are going to solve some examples related to the integration. Examples discussed in this video: 1. ∫(x 1)(x 3).dx 2. ∫x √(x^2 - 1).dx 🕔 Timestamps: 00:00 ∫(x 1)(x 3).dx 01:33 ∫x √(x^2 - 1).dx 🌐 Other Links: Request me new videos: forms.gle/4rbzs4ANeWhZK2sE7 Integration Playlist: ua-cam.c...
Integration of the trigonometric functions| Integral Calculus
Переглядів 692 місяці тому
[02] 📷 Integration of the trigonometric functions| Integral Calculus ⁉ This video explains what are integrals of trigonometric functions and how to find the integral of trig functions. It is about the basic formulae to help you integrate trig functions. Note: This is a very basic intro video. In the upcoming videos we will be solving more complex trig identity problems Examples discussed in thi...
Find two positive integers whose ➕ is 12 and the ❌of one with the square of the other is maximum.
Переглядів 312 місяці тому
Find two positive integers whose ➕ is 12 and the ❌of one with the square of the other is maximum.
Integration (Anti-Derivatives) Introduction | Integral Calculus
Переглядів 422 місяці тому
Integration (Anti-Derivatives) Introduction | Integral Calculus
Linear Approximation | Differential Calculus
Переглядів 212 місяці тому
Linear Approximation | Differential Calculus
Word Problems Involving Differential Techniques (1) | Differential Calculus
Переглядів 242 місяці тому
Word Problems Involving Differential Techniques (1) | Differential Calculus
First Derivative Test | Differential Calculus
Переглядів 152 місяці тому
First Derivative Test | Differential Calculus
Second Derivative Test (FAILS) | Differential Calculus
Переглядів 142 місяці тому
Second Derivative Test (FAILS) | Differential Calculus
Second Derivative Test | Differential Calculus
Переглядів 72 місяці тому
Second Derivative Test | Differential Calculus
Increasing & Decreasing Functions | Differential Calculus
Переглядів 82 місяці тому
Increasing & Decreasing Functions | Differential Calculus
Mc Laurian Series | Differential Calculus
Переглядів 222 місяці тому
Mc Laurian Series | Differential Calculus
Finding the Taylor Series of x^4 - 3x^2 + 1 = 0 at a = 1 | Differential Calculus
Переглядів 752 місяці тому
Finding the Taylor Series of x^4 - 3x^2 1 = 0 at a = 1 | Differential Calculus
Finding the Taylor Series of ln(x) at a = 2 | Differential Calculus
Переглядів 172 місяці тому
Finding the Taylor Series of ln(x) at a = 2 | Differential Calculus
Taylor Series | Differential Calculus
Переглядів 192 місяці тому
Taylor Series | Differential Calculus
Find y4 (Successive Differentiation) of These Functions | Differential Calculus
Переглядів 172 місяці тому
Find y4 (Successive Differentiation) of These Functions | Differential Calculus
More Questions on Successive Differentiation Requiring the Chain Rule | Differential Calculus
Переглядів 132 місяці тому
More Questions on Successive Differentiation Requiring the Chain Rule | Differential Calculus
Successive Differentiation Requiring the Chain Rule | Differential Calculus
Переглядів 362 місяці тому
Successive Differentiation Requiring the Chain Rule | Differential Calculus
Why u take 3 outside?
Youre too fast 😢
Hello! Access the Integration PDF: drive.google.com/file/d/1h_OESMRVwUFMLyTBw-r6vbFCcVOkMgvB/view?usp=sharing Access Integration Playlist: ua-cam.com/video/Nb7Z0oKoXtk/v-deo.html Request me new videos: forms.gle/4rbzs4ANeWhZK2sE7 With best regards MSA
Integration Formulae pdf: drive.google.com/file/d/1h_OESMRVwUFMLyTBw-r6vbFCcVOkMgvB/view
Access the PDF: drive.google.com/drive/folders/1w1M5E8N8LcJaaa_7fcUwhKQhDukq1wnf Access the playlist: ua-cam.com/video/hwKY4WjPVcc/v-deo.html Email me: mstest866@gmail.com
Similar questions: ua-cam.com/video/hwKY4WjPVcc/v-deo.html
Previous video: ua-cam.com/video/YH-8wRTkMGI/v-deo.html
Feel free to try this question on your own!
Derivatives of Inverse Hyperbolic Functions: ua-cam.com/video/f4hUC5_1SZY/v-deo.html Playlist link: ua-cam.com/play/PLcEKQ1VQLCTVe1MtLG3R-LncYFHS1yn4q.html
00:23 Derivatives of Trig functions: ua-cam.com/video/7YQmBCBBh3w/v-deo.html&pp=gAQBiAQB 13:33 Derivatives of logarithmic functions: ua-cam.com/video/fnRRGSkUvAA/v-deo.html&pp=gAQBiAQB Get the PDF: drive.google.com/file/d/1Y-GC-LHZifz0CQSeLLTiA0Bp8VTlvSRc/view?usp=sharing Request me new videos: forms.gle/4rbzs4ANeWhZK2sE7
Previous video: ua-cam.com/video/LadXvs0jg9I/v-deo.html
There were some confusions & mistakes in video (68): ua-cam.com/video/yVKJlJLvImU/v-deo.html&lc=Ugy3GrvYkL7Bqcm9z5t4AaABAg, so I decided to reupload it with some corrections.
Hey guys! A few important links: Derivative of the angle: ua-cam.com/video/iZ8E3ALGLa0/v-deo.html Inverse trig functions: ua-cam.com/video/7YQmBCBBh3w/v-deo.html&pp=iAQB *PDF* of the formulae sheet: drive.google.com/file/d/1De3D8pqcdto3HC-ad4k9ax9CZjbDe6y0/view The *playlist* of this series: ua-cam.com/video/oFBBntS--PA/v-deo.html I hope you understood the question. If you have any questions, you can contact me on my email: *mstest866@gmail.com*
Note: 05:42 the "x" w ill also be cancelled so the answer would not have any individual "x" The answer would be: *-2/(x^2 + 1)* Similar video: ua-cam.com/video/vW0p7gmKptoA/v-deo.htmlccess the formulae sheet: drive.google.com/file/d/1De3D8pqcdto3HC-ad4k9ax9CZjbDe6y0/viewEmail: mstest866@gmail.com
Hey there! Watch this video on the basics of differentiation of inverse trig functions : ua-cam.com/video/7YQmBCBBh3w/v-deo.html Access the playlist of this course, by clicking on this link: ua-cam.com/video/MEBnmgcYIqo/v-deo.html Also, You can access the formula sheet by clicking on this link: drive.google.com/file/d/1De3D8pqcdto3HC-ad4k9ax9CZjbDe6y0/view Finally, if you want me to create videos on your requested topics, fill out this form and I'll fulfill all your requests: docs.google.com/forms/d/e/1FAIpQLSc1ZDNyAyqonlL6ZC4p5iIw4XYSl2mlOcwy_iguiMTAvArjDg/viewform With regards, MuhammadA.
If you guys are looking for the theorems to prove these formulae, you can check out @bprpcalculusbasics video on "The proof of inverse trigonometric functions": ua-cam.com/video/wH3JYo8U2uM/v-deo.html Access the PDF: drive.google.com/file/d/1De3D8pqcdto3HC-ad4k9ax9CZjbDe6y0/view?usp=sharing
I recommend everyone to watch this video on Chain rule differentiation: ua-cam.com/video/vgAQFVsKn1c/v-deo.html Recommended videos (for building up concepts): 1. Chain rule: ua-cam.com/video/l5YZokSieoc/v-deo.html&pp=gAQBiAQB 2. Example: ua-cam.com/video/b3vJufOBJ3g/v-deo.html&pp=gAQBiAQB
You've probably got more viewers if you stick to some regular notation: little x (or y) is not the same thing than grand X (or Y); the differential is denoted little d, not grand D; and I can just suppose that "Y sinY" means "Y*sin(Y)°. And when I eventually translate you exercice, I understand it is the differential of a reverse function, thus a somewhat trivial problem. Thank you to have lost my time.
Hey! Sorry for the confusions you had from this video I reuploaded it after viewing your comment Have a look: ua-cam.com/video/hcgUHY1xZIo/v-deo.html Thanks for the corrections!
00:18 Watch this video on Parametric Equations: ua-cam.com/video/l5YZokSieoc/v-deo.html&pp=gAQBiAQB Access the PDF of this video: drive.google.com/file/d/1tP-QAhPijjznmcMDTcZ5divYApPy9c4p/view Request me new videos or courses: docs.google.com/forms/d/e/1FAIpQLSc1ZDNyAyqonlL6ZC4p5iIw4XYSl2mlOcwy_iguiMTAvArjDg/viewform Email me at: mstest866@gmail.com
Watch the Division Formula video: ua-cam.com/video/6ZQ-3-eD9Dg/v-deo.html
Note: I just wanted to make a simple correction; there is θ on the opposite side of the equation. So, the derivative will be applied in the form of "dy/dθ" whereas I have taken "dy/dx". Some helping videos: Differentiation formula: ua-cam.com/video/6ZQ-3-eD9Dg/v-deo.html&pp=gAQBiAQB Derivative of the angle: ua-cam.com/video/iZ8E3ALGLa0/v-deo.html&pp=gAQBiAQB Some important links: Request me new videos: ua-cam.com/users/redirect?event=video_description&redir_token=QUFFLUhqbWpNZUJ3OUFXaTRSbVpjRGZxdjJvS0x5RHloZ3xBQ3Jtc0ttcnJhZDRLUWc0SHJwMUE3TmRHZzJBaW50czByTGlOdFMxdDdJN0RGN1FuVlpQdkNLMDUwN3BUaFFJR2tYYzdYbWxxZFBEdm1CN0FXZ0hqUnJKMUM5T1l1OGFieFlWdDZPTWhnWThkemlpQkpUTm9pWQ&q=https%3A%2F%2Fforms.gle%2FLVrL7dfRB3umgYgS8&v=j9rEP9da310 My email: mstest866@gmail.com
Some important videos: Differentiation formula: ua-cam.com/video/6ZQ-3-eD9Dg/v-deo.html&pp=gAQBiAQB Derivative of the angle: ua-cam.com/video/iZ8E3ALGLa0/v-deo.html&pp=gAQBiAQB Some important links: Request me new videos: ua-cam.com/users/redirect?event=video_description&redir_token=QUFFLUhqbWpNZUJ3OUFXaTRSbVpjRGZxdjJvS0x5RHloZ3xBQ3Jtc0ttcnJhZDRLUWc0SHJwMUE3TmRHZzJBaW50czByTGlOdFMxdDdJN0RGN1FuVlpQdkNLMDUwN3BUaFFJR2tYYzdYbWxxZFBEdm1CN0FXZ0hqUnJKMUM5T1l1OGFieFlWdDZPTWhnWThkemlpQkpUTm9pWQ&q=https%3A%2F%2Fforms.gle%2FLVrL7dfRB3umgYgS8&v=j9rEP9da310 PDF of the video: ua-cam.com/users/redirect?event=video_description&redir_token=QUFFLUhqbkFKZTBLRnpNbmd6Tm9QVGwyQW9McHNUNVJoZ3xBQ3Jtc0tsV1FVRUN5NjZXZWhFWmhxQWpJZ0FsRV9vckI3Wm81S1JaM1BrT1l0NnFKenE3dkxIWWhVQVg1NUlwNHhEU1VwT0hVUk5qdGp5bUZQbTdfeEJJWmNQcFd1TkhVMWwwbmY1R3BDVXdBalFVeHJBV2NNSQ&q=https%3A%2F%2Fdrive.google.com%2Ffile%2Fd%2F1obAtZ8zVajUJVWbzFKfONzgBG909PMgS%2Fview%3Fusp%3Dsharing&v=j9rEP9da310 My email: mstest866@gmail.com
Hey guys! Sorry for high brightness in the video disturbing your vision. I am providing you with the PDF of this video so that you may clear out any doubts you may have while watching this video: drive.google.com/file/d/1kw3-cWAj6sZqADE8JW27vWgsbYXXMg01/view?usp=sharing Request me new videos: docs.google.com/forms/d/e/1FAIpQLSc1ZDNyAyqonlL6ZC4p5iIw4XYSl2mlOcwy_iguiMTAvArjDg/viewform Email me: mstest866@gmail.com
Some more examples: ua-cam.com/video/q3TmEZN2WHI/v-deo.html First principles method to find the derivative: ua-cam.com/video/mtnZFo7mHWY/v-deo.html Differentiation course playlist: ua-cam.com/play/PLcEKQ1VQLCTVe1MtLG3R-LncYFHS1yn4q.html Email: mstest866@gmail.com
Videos I recommend you to watch: 1. Chain rule: ua-cam.com/video/l5YZokSieoc/v-deo.html&pp=gAQBiAQB 2. Differentiation formula (theorem): ua-cam.com/video/6ZQ-3-eD9Dg/v-deo.html&pp=gAQBiAQB 3. Some questions on the same pattern: ua-cam.com/video/6J2SCTTXZD0/v-deo.html&pp=gAQBiAQB ua-cam.com/video/C0ki7D6V3Hw/v-deo.html&pp=gAQBiAQB ua-cam.com/video/S6aPnsLr40k/v-deo.html&pp=gAQBiAQB ______________________________________________________________________________________________ Get in touch: mstest866@gmail.com Request new videos: ua-cam.com/users/redirect?event=video_description&redir_token=QUFFLUhqbFFaOXlLSkZxNkhiTUFkSkhmNV9vMlJnOFUwUXxBQ3Jtc0trTUpjNVZsYnZVdFRvaGR0b0hYdjhjWkdMcWJYQ1Z2Y2YyZU1Zc2JLbEI3SUpxRUp3dFk2TkVTMGkzclhIdjdRbXlYY3FhWmxLSm81LUtaNFNvS2ZVVlBFVzZLSWlFNl9WMVpTUU51T0k0RE1HdEtISQ&q=https%3A%2F%2Fforms.gle%2FLVrL7dfRB3umgYgS8&v=hg540aAdLrQ
Thanks Sir 🙂
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Nice 👍🏻
chain rule video: ua-cam.com/video/9732y9GmFBY/v-deo.html&pp=gAQBiAQB Differentiation playlist: ua-cam.com/play/PLcEKQ1VQLCTVe1MtLG3R-LncYFHS1yn4q.html Request new videos: forms.gle/PJBTvo6BUwnTpAUG9
Video#37: ua-cam.com/video/v1Qu4YzRcXY/v-deo.html Differential theorems (video): ua-cam.com/video/6ZQ-3-eD9Dg/v-deo.html Full differential calculus (playlist): ua-cam.com/video/mtnZFo7mHWY/v-deo.html
05:20 my bad! i just forgot to copy the 'x' in the next step the answer would be having 'x' as well
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Angle of the derivatives (concept+Example): ua-cam.com/video/iZ8E3ALGLa0/v-deo.html Differential formula: ua-cam.com/video/6ZQ-3-eD9Dg/v-deo.html Differentiation using first principles: ua-cam.com/video/mtnZFo7mHWY/v-deo.html
Angle of the derivative (concept): ua-cam.com/video/iZ8E3ALGLa0/v-deo.htmlsi=W_-HrN6TorRCBbKy
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