Differentiation - The Chain Rule

A Level Maths revision tutorial video.
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[@easylearning2902]

I was searching for something like this...
You have explained it so easily that I don't think I will ever forget it.

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[@Anthrocarbon]

In 40 seconds you explained what almost two semesters failed to convey legibly. Subbed AF.

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Success is not final; failure is not fatal: it is the courage to continue that counts. Business opportunities are like buses, there’s always another one coming.

[@brightkwofie2453]

Deep

[@afegapromise3327]

This is really helpful I've clicked on different kind of explanation but this is the best of all within 7mins I gat tis👍👍

[@Rockerfeller26]

best explained video yet. don't fight with me on this

[@nidhirana8851]

Really helpful content.

[@nicholas4915]

easy to understand! Thank you!

[@xadence]

This is incredibly helpful! Keep it up!

[@user-ec1bz4jq4x]

YOU'RE A LIFE SAVER THANK YOU I FINALLY UNDERSTAND!!!

[@Jagrutii74]

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[@tobeuba4571]

Thank you for this video keep more coming

[@miraclemuokebe]

This video was so helpful. Thank you!

[@florencejayfortu708]

Thanks a lot very informative and and easy to understand video

[@altheoello1722]

So.. chain rule is just like Differentation no. 6? nu ^n-1 (du/dx) ?

[@julysikandar9775]

This is really helpful... Thank you

[@shanechivese22]

Thanks

[@Ramisa-oi3ke]

That really helped!

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Guy you Sabi 💯💯💯 now I know more thanks bro

[@macrinaruiz8176]

awesome! thank you! very helpful :)

[@efoot-guide1759]

Thank you from kenya

[@issaabdullahi9995]

Why don't you complete the workings

[@xenonn5499]

THANK YOU THANK YOU THANK YOU❤

[@mizeh8387]

Wow!
You're the best

[@Shikari_444]

Thankyou for this bro

[@Yuki-le7jv]

Very helpful thank you

[@annortetteh2288]

EASY TRICK
THANK YOU

[@shahzayed1079]

Thank uu so much

[@cherryblossom8419]

Thank. You so much

[@sinequdnonmaths9534]

thank you so much

[@yanniceilunga4115]

very helpful thx.👍🏿

[@Vee-b1f]

you saved me😘🤩

[@fahim3737]

i love you big dawg

[@nantayibrenda3901]

Very efficient

[@chisangamanjoni2034]

Well explained

[@slimshady1984]

Thanks man

[@driptoohard7221]

6:18 how do you get 2x (please help)

[@T33-q9c]

(3+X^2) differentiated is 2X

[@b3z04]

Smh

[@musiigelilian1675]

Am not understanding where u are getting 10(3+x^2)^4(2x)

[@stevendovi]

5 was brought down and it multiplied with outside 2 making it 10.. Then the inside part was left as it is the it was differenciated..and put outside

[@jasonwoodward5501]

Thank you Thank you Thank you at 2:30AM

[@thomaslavalie2298]

Hello I need help

[@plogplog207]

isnt 4:43 a mistake is that not supposed to be to the power of -1

[@samielsir]

whenever you have 1 over something in indices it changes to power to a negative

[@OliverAIbea]

how did you get 10 ( 3+x^2)^4 (2x)

[@hamadavlogs1779]

He multiplied 2 with the power of the bracket which is 5, so 2x5 is 10

[@hamadavlogs1779]

And then he differentiate the number in the brackets which equals 2x

[@_mohx2]

FUCKING LEGEND

[@ronin1468]

Hard

[@muhammadshaqil10]

Can u solve
f(z)=sin(ze^z)

[@lucasc5622]

no

[@sweetmadam]

wtf(:

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Speak up cuh

[@AbrihamKassa38]

Thanks

[@kainaatmakhani6550]

Really helpful content.

[@madhen1459]

Thanks

[@lordofmysteries6436]

thanks