4th Order Runge-Kutta Method-Solve by Hand (example)

4th Order Runge-Kutta Method-Solve by Hand
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[@qqq_Peace]

thanks a lot, the best way to learn the new method is to use the example...

[@kristinfilipetto8428]

I was struggling so much with this cuz I'm doing an online class and this video saved me tysm

[@fikryizzudin9188]

Very easy to understand and step is clearly explained. Glad that I found this vid !

[@riezkykokkymahendra4670]

The way you explain is very clearly and easy to understood, Thanksss

[@ProudQLD]

Very concise and clear. Thank you.

[@thanongsakrattanarungrojku1244]

You save my Final Exam . Thank you a lot

[@delmicaliztzib4103]

Thanks for the very good explanation!

[@WhateverOwO]

Oh, that's simple

[@ambitiousbelmondo9219]

I've found it very helpful I liked I subscribed Thanks!!

[@goodtunes27]

Thank you very much i love how you explain it very simple

[@3washoka]

thanks bro

[@fahribarankoroglu8870]

That was very good & useful. Thank you so much.

[@asliedagirginer3101]

thanks for your clear explanation!

[@THEMOJAH]

nice..bless!!

[@EpmMaxim]

Thank you so much!!!

[@kjh2254]

Gooooooooooooooood Thank u

[@TJBEATSAMV]

Thanks a lot ! The exam is in three hours（’ω’）

[@Alimi23]

what if the question asked like Y(1.02)

[@mahdikarimi9669]

hi, thank you for useful videos. I have a system of 2nd order odes. there are some complex numbers (with imaginary part) in the equations. I wonder if Runge kutta worked or not.

[@LUVQX]

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[@tianshuqin1003]

You made it crystal clear, thanks a lot!

[@sumitshrestha3261]

Can you please explain why is it called the 4th order as the order of the derivative in the equation is one?

[@ScreenedInstructor]

You are going up to K4

[@sumitshrestha3261]

@@ScreenedInstructor Thank you for the reply. I thought it has to do something with the order of the derivative and the order of the derivative is just one.