Derivative Trick for Quotient Rule (Derivatives Calculus)

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You deserve more subscribers than the one you currently have

GladysArthur-befz

Awesome Calc videos i have watched like 5 of urs till now BUT for sure i ll watch more and i like how u reply everyone person who comments it also clear their minor doubts which are important to pass calc, Keep up the good work !

smapidkiddo

Thanks Bri, this is a pretty cool trick!

tylers.

When looking at the thumbnail, I thought it was the trick like this:
(x²+5)/(x²-3) = (x²-3+8)/(x²-3) = 1+8/(x²-3)
So taking the derivative will be easier.
d/dx [(x²+5)/(x²-3)]
= d/dx [1+8/(x²-3)]
= 8 * d/dx (x²-3)⁻¹
= 8 * -2x/(x²-3)²
= -16x/(x²-3)²

I thought it was already the fastest way and what you showed surprised me!

user

Thanks so much! That trick really helps!

RealEverythingComputers

WOW, This is Astonishing! Thank you so much! I like this trick
Yesterday I was trying to do a derivative of a quotient and then you uploaded this video, so cool and helpful.
I'm so amazed :O

luisxd

Good job bri, this is the most simplified method

israelassefa

Thank you Soo much it is very informative and very interesting for me 🥰

SharmeenFatima-gn

Thank you. This was getting on my nerves lmao.

_Xypes_

hi, can you also apply this to different f(x)? something like (15x/15xsquared +3). How can i make the fx same in both, since this trick would only work when the f(x) is same

matthewrodrigo

That would only work if f(x) are the same??

zeisulam

Brother if v have different f(x) for that type of sum is there any trick??

siddarthpatange

Why does the determinant of a 2 x 2 matrix appear in the shortcut?

jamesveronica

Thank you...
Limits shortcuts tricks Sir...

marcaljonh.sacdalan

Why the derivative is (2x+1) and 2x. Where did u got that

admiralCPL

You are only proving to yourself that you are that good, but how about others, do you think they would feel the same to you?

dawon

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