Integral of Hyperbolic Functions

[@TheOrganicChemistryTutor]

Hyperbolic Functions - Formula Sheet: bit.ly/4eZ5gyo

[@georgesadler7830]

Professor Organic Chemistry Tutor. thank you for analyzing and solving Integrals of Hyperbolic Functions in Calculus. Integrals of Hyperbolic Functions are very similar to Integrals of Trigonometric/Transcendental Functions in all levels of Advanced Mathematics. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tutor.

[@jannivannibell]

Hyperbolic functions are very useful in solving almost any complex integral

[@Uzeppi_]

I love your videos and they help me so much in my studies but recently I’ve been having problems in Truss and Structural analysis… pls do a video of it 🙏🏾🙏🏾

[@georgesadler7830]

Please check out Statics and other lectures by Professor Jeff Hanson. His lectures will help you understand these concepts.

[@thatomofolo452]

Thank You Mr J ✌️✌️😁

[@hexataskerz2208]

Love your content from Pakistan ❤

[@joddymatandara8005]

professor Organic Chemistry Tutor. thank you for analyzing and solving Integrals of Hyperbolic Functions in Calculus. Integrals of Hyperbolic Functions are very similar to Integrals of Trigonometric/Transcendental Functions in all levels of Advanced Mathematics. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tuto

[@Salamanca-joro]

Absolute cinema

[@arshdeepdhillon8826]

make video on lens makers equation

[@zayedstsukuyomi5942]

hey can you make a video on eigenvectors and eigenvalues?

[@such-loser4099]

thanks for the videos it helpes a lot keep up the good work

[@aliyuibrahim7076]

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

[@mohamedelgaili9895]

please make a video on solving hyperbolic definite integrals

[@MEGA_DL]

This helped thanks

[@alrewaansr4423]

very thanks

[@matematicajordy_]

thanks
br

[@CapnbloodBeard0]

Thank you so much !

[@alhassangadafi5235]

Pls my question is what about the tanh(x) in the question where will it be after derivatiating the u=sech(x)

[@greaterbelgiummapping1266]

does anyone know what app he uses?

[@default319]

autodesk Sketchbook

[@mazenmukhtar9863]

Note: In the last example the sech(x) was like this sech³(x) but you make it sech²(x)

[@raymond8967]

he distributed it. sec2h(x) multiply to sech(x) is still the same sec3h(x).

[@mazenmukhtar9863]

​@@raymond8967
Thanks, i noticed

[@ky.castillo]

Hi

[@krembert]

Third❤❤❤

[@Mokloko2019]

First❤

[@babydear0617]

Second ❤️❤️