Derivatives - Free Formula Sheet: bit.ly/4dThzf1 Final Exams and Video Playlists: www.video-tutor.net/ Calculus 1 Final Exam Review: ua-cam.com/video/WmBzmHru78w/v-deo.html Next Video: ua-cam.com/video/I9mVUo-bhM8/v-deo.html
Actual god tier teaching. Normally, I get a super basic example, then another super easy example, then an incomprehensible example and that's all I'll get on a concept from my course. You build upon each previous example and keep it easy to understand.
I was starting to get really depressed thinking I was going to have to drop my calculus course, which would lose me 3 credit hours. I found your videos and I am so so happy! Please keep creating content I am so thankful :)
What took my teacher 2 DAYS to TRY and teach, took you 20 minutes and 45 secs!!! My goodness! Thank you soo soo much! My brother and I are eternally grateful!
I am a medical doctor who uses pure mathematics as part of recreation. I really enjoy your lectures and makes pure mathematics simple for self tuition. God bless you sir
@@a.i.5129 it varies person to person lol, I am a medical student but I like math too, fortunately an entrance test for scholarship has calculus in the test, hence why I am learning calculus from scratch (I did not have math in pre med).
I struggle with procrastination a LOT so i was starting to stress about even passing this test but bro this man legit explains so well and in an interactive way with his examples not only does he teach well he also organizes all his videos on his description so you know which ones to watch
He's teaching exactly what my lecturer used two hours to do...now i can solve all the examples i couldn't do in class. You're blessed...Thank you very much😊😊
I think you are the best and brilliant tutor in UA-cam..who always explains to the point .By comparing tutors in UA-cam..we students from upng science foundation concluded that you are the best of all...God bless you
I haven't done maths in years and recently took N4 electrical engineering course of which maths is one of the modules and you Sir are my life saver 🥺🥺🥺❤️❤️
I never comment on videos but thank you so much man, you just made my week and I'm forever grateful for the assistance provided. Hope you have a wonderful day
I really appreciate that you made this video, it is very useful. Since the very first minutes, I started to understand and answer all the exercises. Thank you so much!
For sin and cos it cycles, sin switches functions. Cos switches sign and function. Integrals go the opposite direction on that cycle. For tan, cot, sec, csc, draw a 3x2 chart: ➡️Sec ... Sec... Tan⬅️ ➡️Csc... - Csc... Cot⬅️ Now go from one side to the other. Start with what you have, and finish the row. If you have only Sec, it's deriv is left to right to finish that row or SecTan. If you have Cot you start at the right and go left -csc•csc = - csc².
The Tutorial video is very helpful. Your explanations are brief, elaborative and helps me to easily understand the concept of Differentiation. Thank You and Much appreciated.
MR. Organic Chemistry Tutor, thank you for an exceptional video/lecture on Basic Differentiation Rules for Derivatives in old fashion Calculus. Derivatives are very important in all levels of Advanced Mathematics. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tutor.
It should be noted, there is a distinction between the power rule and the exponential. And that the power rule works with constants denoted by n in x^n and that the exponential rule works with variables denoted by x in a^x. For example: power rule: 11x^6 ; 20x^3 ; 35^3 exponential rule: pi^x ; pi^9y+x ; e^8y+x In problems if you are given a variable exponent follow the exponential rule, but if the term is raised to constant use the power rule. It should also be said that the video only goes into the exponential rule with a base of e. When the base isn't e use d/dx (a^x) = a^x ln(a)
I am so gratefull to you man.I meant it, our teacher givea us ton of works which all the class got 0 in every test its so frustrating that everyone just gave up. I hope they teach us like you
When im tired and i donno what to do i come and listen to you, im super delighted when i watch your videos😍you are so great 😍a big salute for you my real teacher🙋♂️
@lol lol.you can use it if you are given a position function and you want to find the vilocity from the position function. Could also be used to find the acceleration from the derivative of the vilocity function then. This is how the machine that the police use to know your speed and acceleration is coded.
I recommend this channel very helpful especially for beginners he will explain specifically and step by step, unlike KHAN ACADEMY teaching like all watchers are also pro
Tysmmmmm ,,,,,,,its really really very very useful for me ,,,,,I was so much depressed bcz lately I was a medical student and now I'm doing CS ,,,so, it is really difficult for me ,,,,,but after watching this video ,,,,I'm feeling a lot confident,,, thanks again sir
It's been a while since I watch your videos. But I just want you to know you've helped me in ways that I cannot explain. Thank you so much bro. I love you from the bottom of my heart. If no one has told you you're a legend, am telling you now. YOU ARE A LEGEND💪.
How amazing you are sir you just completed all my goddamn doubts in derivatives big salute to you 🙏🏻🙏🏻🙏🏻🙏🏻 And a moment of silence for those who can't find this video
Thank you. The explanation is very good and easy to understand but there is something I don't understand......in 17:08 why don't we do the derivatives on the constant 3? I would really appreciate it if you could take some time to explain. THANK YOU
Do mean why don't we use the product rule for 3 times ln(5x+4)? The product rule only applies when functions involving variables are being multiplied by each other such as x*(x^2+1) or x*sinx and so on. It does not apply for constants times a function like 3*x or 3*ln(5x+4). One of the basic derivative rules you first learn is that for a constant "c" times a function, c*f(x), the derivative is just c times the derivative, so c*f'(x). I believe he shows this around 1:48. I hope this helps, but if you want more detail I believe I cover this in my own video on basic derivative rules which I will link here for you. Hope you find it helpful! Link: ua-cam.com/video/izMX5wx7ZlQ/v-deo.html
I’ve been asking so many teacher how do I start learning integrals and all they said is learn the rules I found your videos and it simplified it perfectly. Thank you , now I can be a sophmore that knows calc before he reach it
THANK YOU SO MUCH THANK YOU THANK YOU A MILLION TIMES, DURING THIS PANDEMIC WE'RE HAVING A HARD TIME SELF STUDYING, YOU MADE IT EASIER FOR US TO UNDERSTAND ❤️
I have my applied mathematics exam in 10 days and this video just saved my life.Now I'll be able to solve questions easily thank you soo much you're a legend
chain rule has nothing to do with multiplication. For the product of two functions we use the product rule and division of two functions we use quotient rule.Chain rule is used when there is composition of functions that is a function of a function or such.
Derivatives - Free Formula Sheet: bit.ly/4dThzf1
Final Exams and Video Playlists: www.video-tutor.net/
Calculus 1 Final Exam Review: ua-cam.com/video/WmBzmHru78w/v-deo.html
Next Video: ua-cam.com/video/I9mVUo-bhM8/v-deo.html
thank you this is helpful, but im still struggling on 4 problems similar to this, would you be able to help at all ??
Actual god tier teaching. Normally, I get a super basic example, then another super easy example, then an incomprehensible example and that's all I'll get on a concept from my course. You build upon each previous example and keep it easy to understand.
What is that? Something that shows 10 NZ dollars?
@@deepaksrinivasan6383 he donated the amount
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I was starting to get really depressed thinking I was going to have to drop my calculus course, which would lose me 3 credit hours. I found your videos and I am so so happy! Please keep creating content I am so thankful :)
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What took my teacher 2 DAYS to TRY and teach, took you 20 minutes and 45 secs!!! My goodness!
Thank you soo soo much! My brother and I are eternally grateful!
Lol samee my teacher took 2 months
I find the words "go ahead and try that" so encouraging, I can't believe
i was so stressed and depressed from calculus because i had no clue what i was doing or had to do and you literally saved me. you’re a LIFESAVER.
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I am a medical doctor who uses pure mathematics as part of recreation. I really enjoy your lectures and makes pure mathematics simple for self tuition. God bless you sir
Hello.
How do you not hate math? I need that skill
@@a.i.5129 it varies person to person lol, I am a medical student but I like math too, fortunately an entrance test for scholarship has calculus in the test, hence why I am learning calculus from scratch (I did not have math in pre med).
@@mustafaaa772 Too late. Already dropped out of university 😔
Explained this and everything other topic clearer and better than the uni course im paying 10 grand a year for, you are incredible.
Lmao foreal though! I’m out here learning stuff for free to pass an expensive ass class 😭
The Organic Chemistry Tutor, Khan Academy and Three Blue One Brown are simply the best
I struggle with procrastination a LOT so i was starting to stress about even passing this test but bro this man legit explains so well and in an interactive way with his examples not only does he teach well he also organizes all his videos on his description so you know which ones to watch
Here is me catching up on all of the semester's classes in the last 2 days.
He's teaching exactly what my lecturer used two hours to do...now i can solve all the examples i couldn't do in class.
You're blessed...Thank you very much😊😊
Very intuitive! Escpecially for a beginner in such a topic. Very recommended for ones taking up calculus!!
One day, I’m gonna pay you for all you’ve done. Tysm for helping me and everyone else get through tough work!
I've been struggling with calculus for months finally a good teacher. Thanks man god bless you ❤️
learned in 20 minutes what my professor has been trying to teach in two weeks. Thank u
I think you are the best and brilliant tutor in UA-cam..who always explains to the point .By comparing tutors in UA-cam..we students from upng science foundation concluded that you are the best of all...God bless you
I am originally from China and are currently studying in the US. You are the best professor I have even seen, hands down
Yo, fam, that vid is straight fire! No cap, it hits all the points without any capricious interruptions. It's prime for recalling the deets!
All imp derivatives in just 20 mins from scratch!Saved a lot of time...
Hats off to this guy!
Bro taught whole concept of differentiation in Just 20 Mins.
Hats off to you legend
You have saved me a lot times at last moment of exams.
I haven't done maths in years and recently took N4 electrical engineering course of which maths is one of the modules and you Sir are my life saver 🥺🥺🥺❤️❤️
I never comment on videos but thank you so much man, you just made my week and I'm forever grateful for the assistance provided. Hope you have a wonderful day
you just made me realize calculus isn't hard, it's just complicated
Missed 1 week worth of basic calculus classes and this video saved me for the upcoming long quiz, God bless you Organic Chemistry Teacher.
I really appreciate that you made this video, it is very useful. Since the very first minutes, I started to understand and answer all the exercises. Thank you so much!
For sin and cos it cycles, sin switches functions. Cos switches sign and function. Integrals go the opposite direction on that cycle.
For tan, cot, sec, csc, draw a 3x2 chart:
➡️Sec ... Sec... Tan⬅️
➡️Csc... - Csc... Cot⬅️
Now go from one side to the other. Start with what you have, and finish the row. If you have only Sec, it's deriv is left to right to finish that row or SecTan.
If you have Cot you start at the right and go left -csc•csc = - csc².
This actually is pretty sick, thanks.
The Tutorial video is very helpful.
Your explanations are brief, elaborative and helps me to easily understand the concept of Differentiation.
Thank You and
Much appreciated.
thank you so much man....I missed my classes in which differenciation was taught...and was struggling with it so much......until I found this video...
MR. Organic Chemistry Tutor, thank you for an exceptional video/lecture on Basic Differentiation Rules for Derivatives in old fashion Calculus. Derivatives are very important in all levels of Advanced Mathematics. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tutor.
I watched the in 2x speed. I'm only halfway there but I could understand what my teacher failed to explain in 80 minutes. you're so great. thanks!!
It should be noted, there is a distinction between the power rule and the exponential. And that the power rule works with constants denoted by n in x^n and that the exponential rule works with variables denoted by x in a^x.
For example:
power rule: 11x^6 ; 20x^3 ; 35^3
exponential rule: pi^x ; pi^9y+x ; e^8y+x
In problems if you are given a variable exponent follow the exponential rule, but if the term is raised to constant use the power rule.
It should also be said that the video only goes into the exponential rule with a base of e. When the base isn't e use d/dx (a^x) = a^x ln(a)
bro is single handedly keeping me alive. thank you
I am so gratefull to you man.I meant it, our teacher givea us ton of works which all the class got 0 in every test its so frustrating that everyone just gave up. I hope they teach us like you
When im tired and i donno what to do i come and listen to you, im super delighted when i watch your videos😍you are so great 😍a big salute for you my real teacher🙋♂️
You really saved me with this video. I have a calculus exam tomorrow and I think I'm ready with this explanation. Thank you so much.
Thankyou so much, you are single-handedly carrying me through uni 😢✊
Can you tell me why and when do we use derivative?
@lol lol stfu
@@kelsthevibe dude why are you so rude?
@lol lol.you can use it if you are given a position function and you want to find the vilocity from the position function. Could also be used to find the acceleration from the derivative of the vilocity function then. This is how the machine that the police use to know your speed and acceleration is coded.
ua-cam.com/video/XQIbn27dOjE/v-deo.html 💐👍
May the Almighty God bless you abundantly🙏I can't express the joy in me enough
Very good tutor. Much love to you Sir. Your explanation is simply and also understandable. You are toooo brutally ❤❤❤ 3:02
This is so helpful, I’m late for our examination because i wasn’t able to focus on listening to my teacher but this video helped me catch up!❤
Definitely the best explanation I've heard about this topic...
your videos been helping me a lot. not skipping adds. its at least i can do. Thank you so much.
I recommend this channel very helpful especially for beginners he will explain specifically and step by step, unlike KHAN ACADEMY teaching like all watchers are also pro
so im currently studying Bachelor of Learning Everything From UA-cam with Honours, thank you so muchhh u deserve all the love from this world
Thank you very much professor for the great job
am glad that you upload this new video.
happy thanks giving.
Tysmmmmm ,,,,,,,its really really very very useful for me ,,,,,I was so much depressed bcz lately I was a medical student and now I'm doing CS ,,,so, it is really difficult for me ,,,,,but after watching this video ,,,,I'm feeling a lot confident,,, thanks again sir
It's been a while since I watch your videos. But I just want you to know you've helped me in ways that I cannot explain. Thank you so much bro. I love you from the bottom of my heart. If no one has told you you're a legend, am telling you now.
YOU ARE A LEGEND💪.
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You helped me so much, Zoom learning is very hard but these videos are very easy to understand. Thank you!!
How amazing you are sir you just completed all my goddamn doubts in derivatives big salute to you 🙏🏻🙏🏻🙏🏻🙏🏻
And a moment of silence for those who can't find this video
I don't know how to thank for u...simple basics but i know this is very useful me thank you❤
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Words can't explain how glad I am that I found your video
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Tou are a great teacher coz everytime I have a doubt I will search in the internet but nothing will be useful other than your vids thank you
Thank you. The explanation is very good and easy to understand but there is something I don't understand......in 17:08 why don't we do the derivatives on the constant 3? I would really appreciate it if you could take some time to explain. THANK YOU
Do mean why don't we use the product rule for 3 times ln(5x+4)? The product rule only applies when functions involving variables are being multiplied by each other such as x*(x^2+1) or x*sinx and so on. It does not apply for constants times a function like 3*x or 3*ln(5x+4). One of the basic derivative rules you first learn is that for a constant "c" times a function, c*f(x), the derivative is just c times the derivative, so c*f'(x). I believe he shows this around 1:48. I hope this helps, but if you want more detail I believe I cover this in my own video on basic derivative rules which I will link here for you. Hope you find it helpful! Link: ua-cam.com/video/izMX5wx7ZlQ/v-deo.html
This video maked my calculas very very strong....really appreciable sir ...
الفديو جامد جدا كنت فين من زمان ده الامتحان بكره و مكنتش فاهمه حاجه ف الجزء ده بجد تسلم
Bruhhh I just love how you give the solution of all possible equation to this topic
Now days I depend on UA-cam for my learning instead of wasting transport fare and attending classes.
Exactly i skip revision classes b4 finals just for learning thru yt, quite time-efficient eh
No one literally only u are that person who had explained somoothly every basic differentiation
Broooo this was such a to the point, no-bullshit video. Thank you so much!!!!
I’ve been asking so many teacher how do I start learning integrals and all they said is learn the rules I found your videos and it simplified it perfectly. Thank you , now I can be a sophmore that knows calc before he reach it
ua-cam.com/video/XQIbn27dOjE/v-deo.html 💐💐
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THANK YOU SO MUCH THANK YOU THANK YOU A MILLION TIMES, DURING THIS PANDEMIC WE'RE HAVING A HARD TIME SELF STUDYING, YOU MADE IT EASIER FOR US TO UNDERSTAND ❤️
Thank you for this great explanation
I have my applied mathematics exam in 10 days and this video just saved my life.Now I'll be able to solve questions easily thank you soo much you're a legend
thanks man i was clueless about differentiation but thanks to you i can atleast pass the test
Thank you so much! Your videos are so helpful. Calculus is one of my favorite courses at present.
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That’s a great video but I wish it was available like 2 months ago. Lol.
Still good review for the final exam.
Dude thank you, you had no idea how bad some professors explain mathematics, this helped a lot
Yeah sure
God bless him abundantly
Greatest video 14 hours before my calc test
Thank you sir for speaking and instructing so clearly.
thanks to you I won't fail my calc class!!!
the derivative trick with the trig functions starting with c always having a negative value was so helpful
Really helpfull may god bless u most success 🙏
Your teaching is outstanding. I really hope ur chennel has all the igcse topics covered.Thank you alot . R E S P E C T
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Thank you so much I am preparing for neet and it's very useful for me
You are the best my calculations is weak i don't understand easily but you do it make me understand only in one video 😭😭😭😭😭😭 thankyou sooooooo much
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Thank u so much for making it look so easy. I learnt so much from you. Grateful 🌝
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My physics teacher said u learn this in Maths just use it here... But this huy made it more easier..
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Thanks for the video.
How do we know when to use quotient or chain rule? Thank you
@Z M Thanks for your answer🙏
chain rule has nothing to do with multiplication. For the product of two functions we use the product rule and division of two functions we use quotient rule.Chain rule is used when there is composition of functions that is a function of a function or such.
@@SAsquirtle Thank you. I really appreciate your answer🙏
This is amazing and simple explanation! Thanks sooooooo much!
Thank you..❣️
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Very well explained. Thankyou
it really helping me a lot in my leisure time
i learned more in 35 seconds than in a 3 hour college class, much appreciated.
It is the most basic class in my idea. . Thx brother thx..