I do get caught on this again and again. Thanks for a quick video that addresses exactly what I was looking for without sifting through a bunch of junk!
DR. KAPLAN: THANK YOU FOR YOUR GREAT EXPLANATION OF USING THE POWER RULE TO DIFFERENTIATE COMPLEX FRACTIONS AS WELL AS YOUR GENEROSITY OF MANY DIFFERENT TYPES OF PROBLEM EXAMPLES. I APPRECIATE YOUR EXTREMELY HELPFUL EXPLANATIONS FOR EACH OF YOUR GIVEN FRACTIONAL DIFFERENTIATION. THE e derivative problems are very useful and helpful to me. THANK YOU VERY MUCH!!! MAY YOU HAVE EXCELLENT HEALTH AND HAPPINESS AS WELL!!!!!!
I Know this is late But this is the best thing i have ever seen. Thank you so much Mr Kaplan. you managed to describe this in a way that my teacher never could. I understand it now. Thank you so so much.
I have watched a number of calculus videos.....what I appreciate about this one is the fact that as a teacher you always seem to have the limitations of the student in mind when making your explanations. This is vitally important for the transfer of knowledge. Results oriented methodolgies have proved to be the magic ingredient of the new age of learning techinques. If starting from the answer and working back to the question ebeds the knowledge more effectively why not do it? Good work!
Thank you for making this video, I was having a hard time figuring out how to solve these problems, but you explained it very well, and now I feel more prepared for my test tomorrow. Thanks :)
Thank you for this helpful lesson. I've been struggling with these variations of Differentiation and you seemed to do better than other videos I have seen.
Thank you for this! I have a preliminary examination tomorrow and I was too embarrassed to ask about this in front of the class! You're a life saver! - Scottish Higher Mathematics student.
Oh man...you sure make me feel smart sir. XP Thanks for this upload of video it's so helpful and I am really understanding it better, teachers these days really do make it harder than it seems, even though they're saying it's EASY!! They don't explain as well as you do and it's too simple when I realise it too. Thank you again for your video!!
Thank you! Your video did help. I need step by step for every equation. Do you have examples of different set ups, like I'm having trouble finding one for v/v+a/v and for e^x/x, (1,e) I know they are worked differently from each other. Do you, or can you, make videos for all the different combos? It would help me SO much and you make it a lot easier to understand!
thanks a lot! i am taking AP calculus, as a junior in high school. i understood the topic clearly in class and you did a great job explaining it. but i was looking for examples for something like (√x) / (x-1). i got: (1) / 2√x (x-1) as an answer... i have no idea if it is right. help would be greatly apreciated
hay please isn't there a fast way to do all the fractional diff ??? for example diff the following eqn with respect to y : ( 4*sqrt(x) ) / ( 3*pow(y,2) + 1 )
Your "kick the variable out of the expression" explanation clears up so many previous power problems that's been looming in my mind. Thank you!
YOU ARE SO GREAT- THANK YOU- If you are ever in the UK please drop in for a cup of tea-
What a gentleman you are!
I can smell the sharpie through my screen
Best comment by far
I do get caught on this again and again. Thanks for a quick video that addresses exactly what I was looking for without sifting through a bunch of junk!
DR. KAPLAN: THANK YOU FOR YOUR GREAT EXPLANATION OF USING THE POWER RULE TO DIFFERENTIATE COMPLEX FRACTIONS AS WELL AS YOUR GENEROSITY OF MANY DIFFERENT TYPES OF PROBLEM EXAMPLES. I APPRECIATE YOUR EXTREMELY HELPFUL EXPLANATIONS FOR EACH OF YOUR GIVEN FRACTIONAL DIFFERENTIATION. THE e derivative problems are very useful and helpful to me. THANK YOU VERY MUCH!!! MAY YOU HAVE EXCELLENT HEALTH AND HAPPINESS AS WELL!!!!!!
I Know this is late But this is the best thing i have ever seen. Thank you so much Mr Kaplan. you managed to describe this in a way that my teacher never could. I understand it now. Thank you so so much.
I have watched a number of calculus videos.....what I appreciate about this one is the fact that as a teacher you always seem to have the limitations of the student in mind when making your explanations. This is vitally important for the transfer of knowledge. Results oriented methodolgies have proved to be the magic ingredient of the new age of learning techinques. If starting from the answer and working back to the question ebeds the knowledge more effectively why not do it?
Good work!
Oh my God, thank you so much... I couldn't get my head around this, but watching this has left me shaking my head at how easy it actually is! :)
Thank you for making this video, I was having a hard time figuring out how to solve these problems, but you explained it very well, and now I feel more prepared for my test tomorrow. Thanks :)
Thank you for this helpful lesson. I've been struggling with these variations of Differentiation and you seemed to do better than other videos I have seen.
Thank you for your video. This will surely help with my Public Sector Economics exam for externality questions
Great video! I always get caught up on small details like this. Thank you!
Professor Kaplan you are amazing. End of Story. Keep these videos up forever!
- A Level Pure Mathematics Student :)
what do u do when x is in d numerator???
Really good video! This way is much easier than using the division [(a'*b-a*b')/b^2] and multiplication [a'*b+a*b']methods that i learned at school!
Thanks! Very clear and helpful
very fascination how easy it was.......i can do my assignment now.....thanks professor
you're great, I didn't understand this in lesson at all! you're a saviour!
Thanks a lot man, been trying to find this similar problem and u explained it clearly.
Thank you so much! I've been stuck on this for ages but it's so simple now! I wish you were my teacher!
Thank you for this! I have a preliminary examination tomorrow and I was too embarrassed to ask about this in front of the class! You're a life saver! - Scottish Higher Mathematics student.
lol "all is right with the world" at 5:15. Thank you for getting to the point quickly, very helpful :)
Thank you...this is very helpful for my assignment.
cheers mate very useful
thank you! clearly written and spoken.
Much appreciated.. Great job sir.
Oh man...you sure make me feel smart sir. XP
Thanks for this upload of video it's so helpful and I am really understanding it better, teachers these days really do make it harder than it seems, even though they're saying it's EASY!!
They don't explain as well as you do and it's too simple when I realise it too.
Thank you again for your video!!
thanks! you made it easy to understand !
So useful, thank you!
ABSOLUTELY AMAZING, really helped towards my maths exam tomoz
Helped me a lot. Thank you professor! (:
Very clear and concise
very helpful in showing how fractions play there role in derivatives thank you
Great video! Easy to follow
You are great sir..
Thank you! Your video did help. I need step by step for every equation. Do you have examples of different set ups, like I'm having trouble finding one for v/v+a/v and for e^x/x, (1,e) I know they are worked differently from each other. Do you, or can you, make videos for all the different combos? It would help me SO much and you make it a lot easier to understand!
This is so good! Thank you so much!
very useful great vids thanks
You're a legend ! that was exactly what I needed. :)
Very helpful, thank you!!
Thanks alot!!. This was very useful
Thanks for the help!
This was really helpful thank you.
This helped me so much! thank you
Thank you so much for this video. It's helped me alot! Thank you!
Helped a lot thank you :)
Thank you, helped me solved one of my biggest confusion
This vid is great, it really helped me
3 Lectures on this and I had no idea... one 10 minute video and it's all clear! Can you pls move to Australia and teach my maths units lol
THAT 1 LITTLE STEP THEY USUALLY LEAVE OUT, THINKING THAT YOU SHOULD KNOW IS THE SAME THING THAT BRING ABOUT THE CONFUSION.
thanks a lot! i am taking AP calculus, as a junior in high school. i understood the topic clearly in class and you did a great job explaining it. but i was looking for examples for something like (√x) / (x-1). i got: (1) / 2√x (x-1) as an answer... i have no idea if it is right. help would be greatly apreciated
really good video!thank you
ur amazing sir!
Amazing thank you:)
this was very insightful
thank you this was really helpful!!!
very clear, thank you.
ThankYou.wmv
YoureWelcome.avi
Thanks! a great video indeed!
this was beautiful, now i will do my homework and go to sleep with a smile on my face, or at least without the severe hatred towards calculus :D
thank you for the video!
wonder!!!! can do one on fraction and squareroot with power in the denominator
? eg differentiate q=2/(sqrtt^7)
u just made my day!!!!!
helpful. you are doing a great job my friend!
i love your video soooooo helpful.. just saved my life.. thank you sooo much
thnks it made my day
thank you so much ! this really helped me !
Great tutorial thanks so much
Nice vid, thanks. Do you have any videos of how to differentiate something like this.
t-1/t+1 or -4t/(t+1)^2 Fractions in that format. Thank you
thanks man.. Exam coming soon and I didnt know this.
thanks, great video
excellent video!!
very useful!!! kudos!!!
Best tutorial...
Thank you sir, good vid :)
Thank you!!!
great video ! can I make one suggestion that would help a lot ! is a link to a website with a worksheet of some sort? thanks !
Thank you from Union College
thank you this helped a lot :)
very helpful, thanks
very helpful thanks
Thank you! This just made my day :D
Had the question that was in my assignment :)
do some with a variable as the numerator like 9x over x cubed
awesome! thanks!
tnx bro😍😍
Gooooooooood
very helpful...
What happens when you have multiple numbers on the top of a fraction?
e.g. (2x^2-3x-2)/(x^4)
Thank you
You need to use the Quotient rule
your great!
Nothing on having an x on top of the fraction??
great video but shouldn't the final answer at 2:52 be -1/2x^3? you just missed the 2 i believe. Please correct me if im wrong.
you Rock dude
and if the x component is the numerator?
Thanks Alot !
Many thanks..
was very helpful
THANK YOU!!!!!!!!!! love the way it's explained!!!
helpful.. thank you..
Hey how do you solve d/dx (y/x)?
hay please isn't there a fast way to do all the fractional diff ???
for example diff the following eqn with respect to y : ( 4*sqrt(x) ) / ( 3*pow(y,2) + 1 )