How To Apply Numerical Integration Techniques Super Easily

🧮 Numerical integration is a very useful mathematical technique to solve complex arithmetic problems associated with modules such as Reactor Design, Unit Operations, and Distillation. 💯
📚 In this tutorial, we cover both the Trapezoidal and Simpson's Rule, two of the most common numerical integration methods. By the end of the tutorial, you will know exactly how to use and interpret the results of these types of problems.
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[@jamesowen192]

This couldnt have come at a better time! Thank you so much sir.

[@TheChemEngStudent]

You're most welcome!

[@DirectTutoring]

Another very useful tutorial.

[@TheChemEngStudent]

Glad to hear that!

[@declangraham3087]

What a clear explanation, thank you sir!

[@TheChemEngStudent]

Thank you for your kind words!

[@sarahwebb2323]

Can we all take a minute to appreciate this man, his teaching skills are on point, what university do you teach?

[@TheChemEngStudent]

Thank you for your kind words!

[@garykielpalaciosespinoza4719]

My answer is 1.979 units squared. I would appreciate if you make a video of the resolution of simultaneous edps 😄.

[@TheChemEngStudent]

Thank you for your answer, and for your suggestion, I will look into this for you. Thanks for watching!

[@lindarogers824]

I couldn't agree more, that math is super important to chemical engineering

[@TheChemEngStudent]

Thank you, much appreciated!

[@mohammedarif1380]

My answer is 1.979 squared units! greetings from Mumbi

[@TheChemEngStudent]

Thank you for your answer, good luck!

[@stewartrobinson1018]

Now these are getting harder, I got 1.97 square units

[@TheChemEngStudent]

I am glad you enjoyed that challenge, thank you for your answer, good luck!

[@lukedavies1978]

My answer would be 2.11

[@TheChemEngStudent]

Thank you for your answer, good luck!

[@JoBloggs-ut9pl]

Super duper 🤣

[@TheChemEngStudent]

Thank you for your kind words!