ROTATIONAL DYNAMICS 1 || MOMENT OF INERTIA -THEOREMS || FAR NORTH REG. MOCK 2022 || FURTHER MATHS 3

In this video, you all are going to learn how to find the moment of inertia of a rod using integration as well as the axis theorems (parallel and perpendicular).
‪@forallafrik79‬
Get to me via [e-mail] to get the pdf document of the lesson notes

[@mafaafrik]

Alert: The prove is supposed to be I = M(a^2 / 3 + b^2 ) so take note of that and sorry for the typing error. Thanks

[@taahdivine852]

Ok sir thanks

[@TumiOmer]

It's flowing❤❤❤

[@GraiRudolf]

One love❤

[@PriestinHertz-wy8ho]

Just so wonderful

[@mafaafrik]

Thank you! Cheers!

[@ngoubenerolond3602]

Sir I'm confused because in the proof, we have b and not b²

[@periclesngon9360]

thanks for whats ur doing pls is it also possible for nw,sw and littoral mocks

[@mafaafrik]

Yes, sure

[@keunoumatpepin8241]

Please sir since that i sent you a mail for the notes.

[@keunoumatpepin8241]

If you take thé limite from 0-2a is it correct?

[@MAFAofficial2024]

It isn't correct. It would have been correct if the axis was about any of the ends

[@taahdivine852]

Pls in the proof will it be b² or b?

[@mafaafrik]

It is b² sorry. Thanks for that