Product Rule for Derivatives (Calculus)

[@glennrickelton4093]

I only studied your first example in your video and I have to say: "Thank you!" Your lesson does not just carry out the Product Rule in operation but shows why it works and proves it gives the same answer if the two equations were multiplied by each other and the derivative then taken. The Product Rule now makes sense

[@manoharanpgt5984]

Sir, We the people of the world will grow through you,The abstract becomes concrete,,,,,,,, Thank youuuuuuuuuuuuuuuuuuu sir.

[@Socratica]

Thank you so much for your kind and inspiring message! :)

[@christianhardy7876]

Socratica's videos are highly intuitive, which makes them so amazing! Do you plan on covering the chain rule in the future?

[@ephrataguracha6403]

this is probably the best calc video i've ever seen, thank you

[@alopexcheung2525]

I have watched a lot of calculus video before but no one better than yours. Thanks your great jobs. :D

[@gaupau]

I just finished grade 11 and math isnt my strongest point, but i love chem and bio and i really enjoy learning about it! And im watching these videos to prepare me for calculus. Thanks!

[@alexandrupostole7234]

Great video! Keep it up! Im a chemistry student that only begins with the basics of maths and i really appreciate your videos! :=)

[@Socratica]

We're so glad you are finding our videos helpful! Thanks so much for watching! :)

[@jerrygundecker743]

When this video was over, I had to go back to the video about how to handle stress. It helped.

[@infinitymfg5397]

This was a really easy method to follow, it will be easy for students to understand it.

[@majdihassan647]

thanks for your explanation.it is important that you explain by proving the formula.

[@zubairhaleem6972]

A very good presentation of basic calculus rules. please explain the derivatives by using 'ab-nitio' method, and power rule for calculating derivatives quickly. Great work please keep it up..

[@MRSDR100]

Can the last equation at 10:57 also be written as 17e^x(cosx - xsinx + xcosx)? Not that's much nicer though.

[@truth517]

OMG This was a huge help! Thank you!

[@jacobkhu-oldacc.4491]

are there any upcoming videos on calculus? I couldn't seem to find any. great vid though

[@Socratica]

There are! We should be releasing the next calculus in a week or so. Our goal is to release one calculus each week, but it might take us awhile to get to that point...

[@escupetube]

Awesome! Calculus is very interesting :)

[@muslimahtutoress266]

I agree, one of my favorite courses in college.

[@Studious-revealing]

You're my sensei

[@bohnec1]

Well, you could simplify it at the end with the following: 17*(e^x)*(cosx - x*sinx + x*cosx) but whatever. Anyways, a nice video, I liked it

[@ardian_am1598]

17e^x * [(1+x)cosx - xsinx] 😜

[@House_ssb]

please, more about calculus

[@moamensmathsplatform-mmp6483]

I hope you all the best and I hope you good health . what is the derivative of y with respect to x for y= (x3+2x2+x)^3 ? I suggest these steps to find dy by dx 1. bring down the power in the front of the bracket as a multiplier. or bring down the power to the front of the bracket as a multiplier. it is better to put the preposition (in) or (to) in the above sentence . 2. reduce the power by one 3. multiply the derivative of the inside function. dy/dx = 3 (x3+2x2+x)^2 (3x2+4x+1) Would you please recommend and advise me what are the best method to find dy by dx ? All the best Moamen Saeed Talha

[@randomguy75]

amazing , just amazing .

[@felipecas]

Great video and explanation. How do you animate the typewrite effect with the mathematical text?

[@Socratica]

Thank you so much! We do our animating using Adobe software - Adobe Premiere and After Effects. It's a lot of work and we're really tickled to hear when people like how the videos turn out!

[@ejecutor35]

your videos are so interesting but somewhat advance reducing dramatically the audience that can understand and take advantage of the knowledge given by video

[@ejecutor35]

George David LOL, it is something else

[@yaraahmed4881]

Thank you so much it definitely helped me!😊😊😊

[@loserhacker]

Thank you for sharing !

[@MisterBinx]

Was just coming back to this topic while reviewing dynamics. My book writes du rating than u prime or a better notation. Would much rather the book say the derivative of u rather than just du. Bad notation confuses me.

[@5eurosenelsuelo]

It's nice to learn how to do it but I was expecting to see why does it work. I mean the demonstration explained. But don't get me wrong, I think it's a great and very useful video

[@pinklady7184]

17.e^x.(cos x - x.sin x + x.cos x)

[@MuhammadUsman-uu6rc]

Great and workfull

[@doodelay]

Multiplying straight through and then taking the derivative seems much easier than using the product rule xD

[@amandeepsaha]

When I started watching this video I thought proof of product rule will be explained.

[@derbyruel8872]

That's a lot better than our teacher..

[@valighero]

Beautiful!

[@andrewmwinda216]

learnt some thing so if we had a functions which had 5 function me abcde= a'bcde+ab'cde+abc'de+adcd'e+abcde'

[@andrewmwinda216]

thank you sir

[@abdullahmoiz8151]

amazing

[@muhammadsalmanmalik1984]

good

[@justins7796]

bruh

[@cmart7164]

awsome

[@bidielzeros7813]

Ur videos are really good but in some way it feels like a common class un school I guess thats why the low visits in your channel.