Laplace Transforms: Initial & Final Value Theorem

Organized by textbook: learncheme.com/
Uses the initial value theorem (IVT) and the final value theorem (FVT) to solve a Laplace transform problem. Made by faculty at Lafayette College and produced by the University of Colorado Boulder, Department of Chemical & Biological Engineering. Check out our Process Control playlist: • Process Control
Check out our website for interactive Process Control simulations: www.learncheme.com/simulations...

[@gabeos7459]

This is so much better than zoom, thanks for helping a Mechanical Engineering student!!

[@maresfillies6041]

Thank you so much. You helped an Electrical Engineering student. :)

[@jaylenkylen9705]

Pro trick: you can watch movies at flixzone. Me and my gf have been using them for watching a lot of movies during the lockdown.

[@terrelllayne2050]

@Jaylen Kylen Yup, I've been watching on flixzone} for since december myself :D

[@rakeshsingha1594]

Thanks for the video....It helped me in my Control System steady state error part

[@GAment_11]

Why can't all controls teachers be like you. Thanks for the straightforward video.

[@abdulrahmanattia6937]

Thank you so much, you are a life saver.

[@Arjun-ch2qb]

Thanks and well explained-from a mech eng student UK.

[@TunedInWithNikk]

very concise helpful thank you

[@ShanghaiArisu]

awesome, reminded me on how to use heavyside too =D

[@jamshedalam7521]

Thank u so much

[@MuhammadAli-gn4hx]

THANK YOU

[@khalidaltaie2178]

Bravo

[@jamesfx7227]

But if s = 0 why did it turns out to be 3/3, wasn't 1/2?

[@LearnChemE]

+james fx At 2:40, the s is approaching infinity, not zero; therefore, with L'Hospital's Rule, the answer is 3/3 or 1. I hope that helps.

[@jamesfx7227]

LearnChemE Thank you!

[@MotiLal-gk5hv]

These english man don't know even simple maths, we Indian got these things in very 1st try ,🇮🇳