Introduction to Cauchy Euler Differential Equations

[@lovesonmukombiwa3093]

You are the Cauchy Euler of our days, thank you sir, keep the fire burning

[@vedgsesh]

Engineers seeing this in class and thinking they'll never see it again are in for a real treat!

[@knixie]

oh dear my

[@wisdomokoro2255]

A lot of years ago. I come here to respect a legend in mathematics

[@57Jimflynn]

Thanks! Starting this section now and this video was helpful and easy to follow.

[@pinklady7184]

This is my first time of learning Cauchy Euler equation, unless I had forgotten it in the past.

[@TheMathSorcerer]

Yeah sometimes it's skipped in DE classes. I usually do it but sometimes make it extra credit.

[@danattack4779]

Remembering it can be possible if we are better than trying.

[@biancaengelbrecht7294]

Great explanation, thank you so much!

[@eugene7742]

God bless you sir.

[@Grassmpl]

The solutions should involve ln|x| so that the solution domain can be extended to all nonzero real numbers.

[@ragnarlothbrok6324]

Thank you sir I love you

[@letmeengineeru2770]

Thanks man! You're amazing!

[@jeremyimpey3673]

Wonderful work my friend. Please keep it up.

[@studiosbonsoir]

Nice video man, thanks.

[@chrisperry8192]

Why am I watching this... I can’t even do basic algebra 🤷‍♂️

[@maleksalih5237]

Finally understood it tysm

[@yusefhaikal7904]

Why were we able to solve that DE at the end? I thought that the power of the X and the order of derivation had to be the same or can this method be used for any DE?

[@TheMathSorcerer]

You can multiply it by x to make the powers match.

[@jafaraldahan4176]

Perfect