Visual ques can lead to mistakes, I suggest to just write each column as rows starting from the very first one!

I don't know if you meant this or if there's an error, but on the k_n term, the second parameter, does not have the "h" multiple for the second term q_{n-1,1} k_1 (h). Regardless, thanks for the video.

Very clear graphical explanation! Thank you so much!

Thank you❤

thanks for the video 😁😁

thank you jacob

Exactly what i needed

What a dumb video

❤❤

Why does this video have 291 likes and 232 dislikes?

Thanks John!

It's better to prepare the video contents before actually making and publishing them. This one is very rough

You said you dont know original function , but youre using original function and interpolate to find constant

Is there anyone here who can provide c code for Euler's method problem?

thank you

do you know the formula for 8th order runge -kutta method

im failing this course

Brilliant video, thanks so much.

please write matlab code

Where is K2 in the upper equation??

should times 100% not 100

thanks for explanation

I have a exam today so I was searching for good youtube videos and then I came across your channel thank you so much for explaining PDEs my college prof couldn't explain this good❤

Hello, how does this textbook differ from the Numerical Analysis by Burden, Faires & Burden 10E text book?

thanks but please add more examples

Very wonderful explanation of two ideas summarised at once... thanks!!

Thank you so much Sir !!

Would the PDEs found in electrical engineering or mechanical engineering be the more solvable equations, or more difficult?

Thank you

Very helpful, taking a regression and design final tomorrow. thank you so much :)

Ive always looked down my nose at "graphical methods". There is no rigor in "look with your eyes". Ive always found this to be as low-brow and anti-mathematical of a "solution method" one can have. Yes, it requires a lot of function calls, that is true, but the irony here is that a computer, while graphing, has to come across the roots already, in order to graph them. So when you design a root finding algorithm based on initial guesses found on the graph, youre really having the computer do the work twice. Its so circular and asinine. Frankly teachers should stop teaching the "look at the graph" method of finding solutions. Its great to build intuition; its not a valid solution method, from a pure mathematical standpoint.

Wwhat happens to the n factorial

One thing that's greatly confusing to me in the Chapra book. What's the point of approximating the midpoint if you have to evaluate a new point to do so f(t0 + h/2, yo + h/2)?

Thanks, and it's so easy & simple!

nice one boss

How is butcher notation

Thank you

Sorry, why just 255 and not 256? 128*2?

I know not many typed here, but just for you to know, just the people who needs those and want to learn, will find you in the end

thank you

Wacawa

Hi great sir book name ..or refrence

This video was recorded 9 years ago, but here am I in 2022, happily watching these awesome videos that Jacob recorded and planning to apply it in my work 😄

I can see summation yet we are find product.

Sir,there is some differences in formula which was written second time,means it stated by divided by.

if delta x and delta y cancel out, how do we account for the size of the grid?

Nice work ✌️.

Thank you! But I have a few questions.. 1. What equation is that qi=-kρc(∂T/∂i) you used? 2. I'm currently taking a Hydrodynamics class. Is it okay to submit this method as a test answer in this class? Because this seems to be a thermodynamic method, given that you mentioned heat and temperature. I have never learned thermodynamics so I'm very confusing..

Excellent video on explaining the differences between first order differential equations and partial differential equations. Thanks for sharing and God bless!

which software you are using for Matlab?