Shortcut!! MIT 2024 Quarterfinals#1-2

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[@MikeMagTech]

That worked beautifully! Are you aware of a source where I can find a more or less exhaustive list of advanced integration techniques? I want to compile them into (more or less) flashcard form as a memory aid.

[@owlsmath]

Hi Mike. Unfortunately I don’t have anything in mind for a single source. You may need to BECOME THE SOURCE 😀 When I have encountered similar situation I just started my own list and added to it over and over. Sorry maybe not too helpful

[@MikeMagTech]

@@owlsmath Thank you, that is very helpful. It means a bit more research and work, but that's fine! If you don't mind I will share the list with you as it takes form.

[@owlsmath]

@@MikeMagTech sure feel free to email or chat!

[@owlsmath]

@@MikeMagTech btw I do have my own kind of list I am keeping: owlsmath.neocities.org/Integral%20Cheat%20Sheet/integrals I didn't mention it before just because it's truly a work in progress and not quite sure how much I want to include on this page.

[@doronezri1043]

Yes! It "screams" Labochevsky's😊 One day, when you do a series on Fourier Transform, I can share a quick proof of Labochevsky's Integral (a lot simpler than Michael Penn's) 🍻

[@owlsmath]

Thanks!

[@sabil8172]

it's so wonderful solution sir. I have a little bit hard question about improper integral, could you help me sir to make a video to solve my problems? My problems are: 1. int_0^(inf) sqrt(x)/((x² + 1)²) dx 2. int_0^(inf) sin(sqrt(x))/(1 + x) dx Thanks in advance sir

[@owlsmath]

Thanks! I’ll look at these problems

[@sabil8172]

okay, i'm really looking forward to it ​@@owlsmath

[@owlsmath]

Hi Sabil. I did a video on your first problem and I think you should see it very soon :)