derivative of tan(x), using quotient rule, calculus 1 tutorial

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Derivative of tan(x), calculus 1 tutorial. #calculus
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#blackpenredpen #math #calculus #apcalculus
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5 years later still saving student lives

Hellstacocat
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only channel which almost solved all maths questions

extralives
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super + nice +so simple way i appriciate you respected sir

CryptowithKhalid
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Your explanations are concise and clear. Thanks man. I've been just writing sec^2x without really understanding how we got there😅

_torgeek
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9 years later and bro stays clutch to this day

djprometheus
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very simple but always forgetting basics. really saved life...

reddykiranrsr
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allthough i cant understaND UR FULL LANGAGE BUT SEEING SOLUTION WILL SAVE MY LIFE IN TOMMROW
LOVE FROM KaShMiR 🤗

brilliantmind
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Ur teacching is exteremely nice i love ur teaching

abdullahkhandawer
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Thank you so much sir . Clearly understood😌

trishagnidas
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I love the way you write the number one

takyc
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I tried by the "h" definition and it went to infinity, didn't know a derivative that could diverge, I was the first to do that, probably

roc
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اللهم صل وسلم على وبارك على سيدنا محمد وعلى آله وصحبه أجمعين

nadasahraoui
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I prefer using the product rule with the chain rule. (Sin(X))(Cos(X))^-1

burningtime
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30 years of math and physics, never heard of a "secant"

CUXOB
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Sir i am big fan of you very simple method ❤️❤️

faizan
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That's great, now am gonna ace the test for sure

montoanemaapeya
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Thank you so much for your very helpful video 👍🏻✌🏻

prasadsapkal
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Can the derivative of tan x be done by first principle in terms of (sin x)/(cos x)? I tried, but before I got the end I could see that some how I was going to get the derivative of sin x.

madhatter
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I really like your explanation.
Thank u 😊

listentourheart
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Love it . but Can you put a translation?! Thank you🌷

نورعلاءعبدالهاديموسى