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
thank you for single-handedly teaching me calculus, my teacher literally doesn't know how to teach and almost everyone failed the test last week but I was one of the only people who didn't fail it thanks to these videos
Staying up til 10 pm trying to finish my calc studying and then running into the genius video. You, Mr. Organic Chemistry Tutor, are a gem of education. Thank you.
this guy always makes Chemistry and Calculus more bearable T-T god bless this person for making these vids! The breakdown he does is always awesome for my tiny brain to understand this is an enormous help for test review
Thank you, you're such a lifesaver! I'm confused at the part where you have to plug in the first derivative for y' and simplify it. My teacher said that if you don't know this part then you are literally "dumb" and she never showed us how to simplify it in class. I feel like I understand it much better now after watching your video.
His very underrated. I NEVER Thought he made calculus and physics and other subjects videos😵💫I just came bc of Organic Chemistry... but now he would be my Calculus and organic savior
You do a great job. However, I'm not sure how often you notice you say to use the product rule, when in fact you're using the chain rule. I've seen it on this video and one other so far. Listen to the example at about 21:30 to see if I'm missing something. Thank you again.
@ 5:17 shouldn't you have cancelled the y^2 in both terms since they are added? so you would get (2xy+2x^2)(-x^2/y) or am I thinking wrong? Thank you for the awesome vids! keep it up and I hope you earn some cash doing it as more of an incentive to keep at it.
Note that the term, dx/dx, "cancels" and seemingly disappears(@1:20) from our computation. However absent from the page, its prior appearance is merely hidden, or implied...thus implicit differentiation. We must make apparent, or explicit, dy/dx when working with a second variable, such as y. Thus, explicit differentiation. Please correct me if I am in error. Thanks.
Thank you very much for this simple explanation, but I have a question if I can shorten between 2x / y ^ 2 * y ^ 2 from where y came to multiply the numerator and denominator * y
excuse me sir... just asking about equation no.2 in which x^3 - xy + y^2 = 4 is derived to 3x^2 - y - x(dy/dx) + 2y(dy/dx) = 0 and the dy/dx are isolated, why is that it became 2y(dy/dx) - x(dy/dx) = y - 3x^2? why is that you switched both terms on both sides instead of -x(dy/dx) + 2y(dy/dx) = -3x^2 + y?
he made it only to have the positive side/terms first then the negative side/terms the second. For simplicity. But in all cases it will not differ. The result will be the same
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
thank you for single-handedly teaching me calculus, my teacher literally doesn't know how to teach and almost everyone failed the test last week but I was one of the only people who didn't fail it thanks to these videos
My university lecturers are a joke compared to this guy so far..
Staying up til 10 pm trying to finish my calc studying and then running into the genius video. You, Mr. Organic Chemistry Tutor, are a gem of education. Thank you.
are*
@@MattyMm thanks didn't catch tht
YES! Yay for that feeling when The Organic Chemistry Tutor does the EXACT problem on your homework. You're the best, thanks for all the learning!
so lucky that has not happened to me once T_T
@@MunaArachnim9606 Do enough homework and it's bound to happen sooner or later!
Because of you, I'm now in University. 🙏🏼🙏🏼🙏🏼🙏🏼🙏🏼🙏🏼🙏🏼. God will bless your knowledge 🙏🏼 ❤️
This is how we push ourselves through calculus.
Fax
Facts
fr
Exactly 🤝
Yep
this guy always makes Chemistry and Calculus more bearable T-T god bless this person for making these vids! The breakdown he does is always awesome for my tiny brain to understand this is an enormous help for test review
This is by far the hardest thing I did in my life, honestly.
🤣🤣
Thank you, you're such a lifesaver! I'm confused at the part where you have to plug in the first derivative for y' and simplify it. My teacher said that if you don't know this part then you are literally "dumb" and she never showed us how to simplify it in class. I feel like I understand it much better now after watching your video.
I really appreciate your efforts to make us understand be blessed
Best teacher I have ever seen in my life 💖
Thank you so much you are actually the only one who teaches me calculus from the very beginning, you are the best
way better than khan on this
true
Oooh damn ur good in physics, chemistry and also math ur blessed
statistics and stocks as well
His very underrated. I NEVER Thought he made calculus and physics and other subjects videos😵💫I just came bc of Organic Chemistry... but now he would be my Calculus and organic savior
Thank you very much for these tutorials. Hoping for more of your helpful educational videos most specially in Physics, Chemistry and Calculus.
I like how he does the problems so preciously without rushing.
THANK YOU SO MUCH! i have been struggling to understand how to diiferatiate the trig functions. At 20:00 min you explained it very well!
all my life I have HATED math. but ngl, you made this fun for me.
thank you!
Great instructor God bless you and your family.
I wish professor teach like this no more unnecessary explanations they should be more straightforward like this
You make calculus understandable, thank you so much, and more followers for all your channels
idk what i'd do without you
This helps me a lot in our calculus class. Thank you so much! 💖💖
In one word u r lifesaver thanks 🙏
you are a good lecture. we love you
You do a great job. However, I'm not sure how often you notice you say to use the product rule, when in fact you're using the chain rule. I've seen it on this video and one other so far. Listen to the example at about 21:30 to see if I'm missing something. Thank you again.
You are heavenly sent to assist me ,....it is just wow!!! The way you do it
I salute to you brother...my career is in motion through you.
This guy makes my STEM life much easier.
I have the same exact question (x^3+y^3) so this was like direct tutoring!
This pre-calculus is fantastic
This channel is the best.
another great video from this guy! kudos to you bud
Other than being a maths genius,the fact that none of you are mentioning the voice of this guy still baffles me.
@ 5:17 shouldn't you have cancelled the y^2 in both terms since they are added? so you would get (2xy+2x^2)(-x^2/y) or am I thinking wrong?
Thank you for the awesome vids! keep it up and I hope you earn some cash doing it as more of an incentive to keep at it.
Note that the term, dx/dx, "cancels" and seemingly disappears(@1:20) from our computation. However absent from the page, its prior appearance is merely hidden, or implied...thus implicit differentiation. We must make apparent, or explicit, dy/dx when working with a second variable, such as y. Thus, explicit differentiation. Please correct me if I am in error. Thanks.
Thanks I passed my Exam 👍👍
Thanks a lot frd👍👍👍🥰
"If you wanna find the devivaviv..." sorry man, you are making this topic easier and at the same time funnier cause of how you pronounce derivative
Thanks a lot man, it helped me a lot
THANK YOU SOOOO MUCHHHH UGHH💖💖
Believe me i am going to nail the test on Friday
Another awesome video! Thank you!
will you go over things like partial integration or even differential equations
Maybe.
I have to meet this guy by all means🙏🏼🤍
are you ever required to substitute y into the soln hence at 19:00
y’ =9/sqrt(x) -1 instead of sqrt(y/x)
wow you are good Mr i do appreciate your help thanks
Mulaudzi . Which part of the world are you from ?😅😅😅
limpopo and you?
I'm also from there☝😅😅
So which Varsity are you currently at doing which Year ? 😅😅😅
universitat van limpopo second year and what about you?
UCT 1st Year
our proff. thenk you
Thank you for everything!!
why do we need to write the dy/dx again in 8:28?
Thank you very much for this simple explanation, but I have a question if I can shorten between 2x / y ^ 2 * y ^ 2 from where y came to multiply the numerator and denominator * y
هو جابها من عنده علمود يخلي الY في المقام تروح..
و اعرف ان ردي متاخر جدا بس يله 😂😂😂
kadra loves you !
first 90 seconds is all i needed....
I genuinely hope that only good, amazing and wonderful things happen to you. You are my hero
I'm quite mad that he was not able to continue working on the problem at 12:17
This is great
If we get a negative value for x in the numerator can we multiply above and below by negative 1 to get a positive
at 4:58 why did he replace dy/dx with -x^2/y^2? I'm so confused there
I understood the whole thing except the last problem 🥲
Use the chain rule
d[ sin(x+y) ] /dx
Let w = sin(u) where u = x+y
Then dw/dx = dw/du du/dx = cos(u) * [ 1 + dy/dx ] = cos(x+y) * (1+dy/dx)
Sir please can you workout this math for me. DY/DX of 1/2πr(96-r^)
Great job
What would the world be without JG
🎉 excellent
12:35 Yeah I see what you mean lol after simplifying it.
2y dy/dx for y^2 with respect to x
excuse me sir... just asking about equation no.2 in which x^3 - xy + y^2 = 4 is derived to 3x^2 - y - x(dy/dx) + 2y(dy/dx) = 0 and the dy/dx are isolated, why is that it became 2y(dy/dx) - x(dy/dx) = y - 3x^2? why is that you switched both terms on both sides instead of -x(dy/dx) + 2y(dy/dx) = -3x^2 + y?
he made it only to have the positive side/terms first then the negative side/terms the second. For simplicity. But in all cases it will not differ. The result will be the same
Thank you !!
Is it permissible to use negative exponents on the fraction, then use the product rule instead of the quotient rule?
yeah bro totally, i prefer to do that in most cases
The term implicit differentiation somehow doesn't click with me. Implicit for me is dx/dx which usually is omitted. But dy/dx looks very explicit :)
How do you know which side to leave dy/dx?
you're my idol
i love you so much
Thank you👊
great guy
Why do we find the second derivative?
But the power does not attached to y
21:00
I just want to see you one day...
I was once in this class
OMG!!!! too many commercials!!!!
it was a good tutorial.. unfortunately.... during the triginometric part... he wasn't able to take the second derivative
28:54
shout out to JG
Great
Padayun bogoon!
Thank you
masarap.
U r fuss.