Higher - Order Derivatives of Algebraic Functions

This video focuses on finding the higher - order derivatives. Special formulas in finding higher order derivatives without solving for the lower order derivatives are also presented on this video.

Videos on Differential Calculus
PARTIAL DIFFERENTIATION

APPLICATIONS OF DERIVATIVES

DERIVATIVES OF TRANSCENDENTAL FUNCTIONS

DERIVATIVES OF ALGEBRAIC FUNCTIONS

FUNCTIONS, LIMITS AND CONTINUITY

[erwinaguila]

The video clarified the questions I have in higher order derivatives. Through this video, this topic is now clear. Two thumbs up and continue uploading your discussions. 👍👍

[leoangeloalbay]

I know this topic was already tackled during our senior high, but this video presentation explains and recalls it briefly and even more interesting especially on more complex equation. This will help me a lot this incoming midterm examination. Thank you!

[dgiidgu]

Thank you sir for making the topic much easier to understand. I wasn't able to catch up on our discussion before but through your videos, i finally understand the equations on our module. 😊

[kateabastillas]

This video is really helpful, especially for those who are forgetful, with this we can re-watch it whenever we want. Thank you Sir for sharing your knowledge. God Bless

[hyaaacorda]

Thankyousomuch sir for your efforts to make things clearer! The explanations are very clear, and it is really helpful to give us brief but concise informations about the topic. It give us a recall during our senior high school, thankyousomuch po and more power 🤗

[chiniie]

This video is very informative! Thank you sir, it helps me to further understand higher order derivatives

[jonlesteralda]

This another helpful video helped us the students to understand the proper way on getting the higher-order derivatives and the proper technique or simple ways to get the nth derivative of a given equation. Thank you Sir for this.❤️

[diodeynata]

Thank you so much sir for this one! The equations may be overwhelming at first but as I keep on answering and practicing the examples provided on this video, fortunately, I was able to grasp the concept behind it. Looking forward for another video sir!

[kathleenannemanaig]

Thank you so much sir for this another informative video. This video is really helpful as it shows another way or I can say the easier way to solve higher-order derivatives. Thank you, sir, for always providing techniques or the easier method to do, in order to solve the problem. Hoping for more videos po.

[pcpegamer]

This is an another helpful video! Thank you sir for posting this excellent video! I quickly understand what confuses me the most. The video was always clear so was the explanation. Kudos and keep posting new lessons!!!

[johncarlolopez]

Thank you for this video sir! this video helped me to understand more about this topic! Thank you very much, sir. God bless you always!

[hannahmeighmanongsong]

Thank you sir for another informative video. Your discussion helps us to get higher order derivatives easily, also for giving us another way or techniques on how to get it💖

[joyceannvaleriebasco]

Thank you so much! This video is a big help since I wasn't able to learn this topic very well. Looking forward for more videos about higher math.

[apriljoycebalce]

Thank you sir for this vid about higher order derivatives. It's really a great help for me to further understand the topic. Hoping for more educational vids!✊🏼

[maryjoycadiz]

this video gives us more about derivatives it really helps us to understand the topic. hope to watch more videos from u Sir! thank you keep safe :)

[elainemontealto]

This has helped me find the higher-order derivatives. At first, it looks really difficult to solve. Nonetheless, through this video, I was able to understand and joyfully solve the equations. Thank you, Sir!

[shinntv]

More videos napaka helpful
-renzpogi😂

[trishamarieoloy]

31:18 why was the (3x^2-2)^3 derived from v(derivative of u) when it is v?