Using scipy integrate solve ivp

[@williamhan2064]

Love your teaching style. A pleasant learning experience.

[@chrislauber]

Excellent video, I'm a comp sci undergrad now in grad school for Space Systems Engineering and this kind of learning module is amazing for someone trying to break the Aerospace addition to Matlab. Thanks for making this!!

[@waltermurray5827]

I like your style. I am not a student but I do teach. I also do not know Python and since I know several languages Python to me is often non-intuitive so I need to watch illustrations, and your is very good.

[@rasmusduret6261]

Thank you so much, this clarified it greatly!

[@roastd]

This is an awesome video, thanks for the great explanation!!!! :)

[@charithjeewantha]

Great explanation! Thank you

[@testAjitSNU]

Thanks for posting the video. It was very helpful.

[@parthasarathisubramanian2539]

Awesome explanation. Thank you! Is is possible to get the values of t, x, and y in the csv file. What is the command for that

[@sidygueye2913]

you saved my life

[@mckinleypaul6943]

thanks man, helped a ton!

[@linlin329]

Thanks Nero, very clear

[@AdityaPillai009]

Excellent! Thanks!

[@homazeinali5659]

Awesome. How could I solve d^2y/dx^2=y(x)/1+y(x) with boundary conditions y'(0)=0 and y(a)=1 in which a is a parameter?

[@cleisonarmandomanriqueagui9176]

How you show that text where the inputs of a function appear ?

[@joethomas1392]

Saved my bacon, thank you!

[@rodrigoalbornoz9915]

TE AMO

[@andrewslisher9059]

what if i have 4 first order diff eqs. is there a way to solve for all four at once?

[@physicswithnero]

Sure. You just write a function f(t, r) that unpacks four elements from r, and returns four derivatives.

[@jacobkammer2843]

What does r represent in the function? thanks

[@alexanderalvarado3134]

It's a position vector

[@coraltown1]

perfect, thanks!