Integration (2) - Reverse Chain Rule (C4 Maths A-Level)

Powered by www.numerise.com/
Integration -Reverse Chain Rule (Core 4 Maths A-Level) (2) www.hegartymaths.com www.hegartymath... www.hegartymaths.com www.hegartymath...

[@mahnoorasghar01]

how will i ever thank you enough? i just found tour channel yesterday watched 2 videos and they are PERFECT YAY!!

[@emanuelbostina2101]

at the end, the first line should be 1/a*(n+1)

[@alexparsons7602]

Thank you very much this was a very simple way to explain it

[@sarujan02thangavel93]

Thank you very much sir

[@Monacosuper]

how would you use this method for x/(x^2+1) ???

[@aletheabarretto3624]

YOU ARE A GODSEND

[@sowadhossain9518]

This was very useful. Thanks

[@DiLLZGFX]

how comes we dont add one to the power this time?

[@davidjunior6311]

This is great stuff thanks

[@marcinlipski2228]

Great Stuff:)

[@johnkupa8885]

Thank you sir.

[@nazifabegum4303]

When integrating (ax+b)^n doesn't it become (ax+b)^n+1 [1/a x (n+1)]? Instead of just dividing the answer by "a"?

[@IrisRiedel6]

nazifa you confused me for a second there with the "x" between the a and the bracket LOL i thought you meant "x" whereas you meant it as a multiplication sign. use * next time when referring to multiplication :)

[@IrisRiedel6]

also if you keep watching the video, which i assume you haven't finished because otherwise you would've understood, he first differentiates the expression and then integrates it, just to show the difference. when integrating, he does write the correct answer.

[@SumanYadav-ws3ro]

sir please tell for cos^2x

[@waleedmuhammad1484]

dont call me shirley

[@CristianoRaashid77]

I love you so much for this I could kiss you rn! :*

[@TheAmeer3881]

Ur smoking

[@abualasif]

?

[@goon227]

@@abualasif shut it abdul