Derivatives of Hyperbolic Functions

[@TheOrganicChemistryTutor]

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[@georgesadler7830]

Professor Organic Chemistry Tutor, thank you for an outstanding explanation of the Derivatives of Hyperbolic Functions in Calculus. The Derivatives of Hyperbolic Functions is also similar to the Derivatives of Trigonometric/Transcendental Functions. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tutor.

[@jacksonmadison9994]

Hyperbolic derivatives are almost the same pattern as the regular trig derivatives. The first 3 derivatives (sinh cosh tanh) are positive and the other 3 derivatives (csch sech coth) are negative.

[@mindboost-vr3om]

Nice video, I've really improved academically thanks to your videos.

[@mushroom1734]

Im quite young (14) but im able to understand because your explanation was very good 👍

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I am 86 and remember most of th simpler ones learned long ago in Calculus at MIT.

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[@AshishRaj-fe8tq]

Man I hope that I also get someone like you as my math teacher in my next year

[@JUST-AP_offcial]

Thank you bro😭

[@theunholybanana4745]

You said the derivative of e^u is u*e^u but isn't it d/dx(u)*e^u because of the chain rule? So d/dx(e^4x) = d/dx(4x)*e^4x = 4e^4x

[@alibassiouny6547]

Hi, I became a member, but I still have to pay in patreon to access the ful videos, such as bases and acids?

[@kangmoabel]

I have his video but im not a member

[@TheOrganicChemistryTutor]

Are you referring to this video:
ua-cam.com/video/rGoFXuEQ62c/v-deo.html

[@BIBLICAL-r5h]

Hi I wanted to ask... Isn't the derivative of ln(f(X)) = 1/f(X) × f'(X) ... Just want to be certain

[@susanmishra2116]

yep , f'(x) is the derivative of f(x)

[@christianbacani6640]

Sir,good evening from Philippines,can I ask?
What are the rules or theorem under the calculus 1? Thank you,by the way i'm your subscriber for a long time

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no way you uploaded 2 days before my quiz. amazing

[@Someone_1758]

Can you tell me briefly what was asked in your quiz.. bcoz tomorrow I have quiz.

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Can you you make a video on double integral over general region plz?

[@funnyclips2687]

He did

[@earlangellosebastian9460]

aren't quotient rule of differentiation apply?

[@JareyAmora]

it can be simplified through identities so I guess there's no need to use that

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here I am in calc 3 watching this guys videos still

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nice video

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Thanks!

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[@Melty01]

I’m 10 years old and what grade is this math

[@kangmoabel]

University

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this is pre-calc/calculus! u can learn this in high school or college/uni

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What solving them using first principle

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