i just want to let you know how much i appreciate this channel, you got me through calc 1, 2 & 3. i should be paying you and not my professors. But thanks man, really appreciate what you're doing here

the solution curve is the graph of student's effort against time of the night before final exam.

@roinitalucian

5 жыл бұрын

that night is now ;'(

@roinitalucian

3 жыл бұрын

@@ameyavarma8568 good luck bro

You honestly just taught this better in 12 minutes than my BC Calc teacher did in 1 hour.

midterm in an hour you're a life saver !

Thank you for helping me for free. I've understood more from tutorials like this than I ever did in the classes I had to pay for. You are a saint.

Such an excellent illustrative explanation at the beginning when you talked about slope field! Solved one of my biggest questions! Thank you so much. Simple but highly educative.

Patrick, after I graduate I'm going to give you a good donation. It's the least I can do after all the money you've saved me by helping me avoid paying for tutoring and for retaking math classes. Seriously, thank you so much for making all this content available for free. My college experience so far would've been way different without this.

First of all, I am getting A in my Cal class thanks to you. I like the way you explain the concept and then give example afterwards. Do you also have a video on Direction Fields? I am a bit confused on that. You are a math genius, i am sure you are a life savor to so many people including me. Thanks man!

i have been watching your vids since 4 years, starting with Algebra till today with numerical analysis... just want to say, I am very thankful for YOU. All the Love and Respect.

I’ve been watching your videos to understand math since junior high. Now watching this one while cramming for the final exam of my last math class (I’m a senior in college). Thank you for everything man!

Seriously ,you are one hell of a good teacher . Great , never thought that dy/dx can be used in this fashion . Excellent man .

Thank you so much for this amazing, detailed and super clear explanation about how to use Euler's method for differential equations. Thank you so much!

dude...I barely do basic math...but listening to you go over this, makes me praise those who can do this sorta math....since I am more mechanical, where I excel , hats off to those such as your self, doing this glorious work on you tube and in real life....ok back to my R and D work.

Thank you so much. Your way of teaching is much more clear than all of my Math professors. Again thank you so much.

Thank you so much. You confused the crap out of me, but it still helped :)

Wow man phenomenal video. I can always count on this guy!

Very good. Thanks for the clear explanation!

very nice video , great explanation in the simplest way possible, thank you so much , I am so truly grateful for the effort u made in making this video. it helped me alot, cheers

This was so easy to understand... Thank you!

Online AP calculus, your saving my life! I love you!

Great video, helped me a lot :)

Patrick !!! YOUR THE MAN !!!!! THANKS DUDE!!!

Thank you for your videos - these are super helpful! I only wish you had a short tutorial for the Runge-Kutta method :)

this guy saves the day once again..... 10 years later lol thank you i was 13 when you made this .

I learned a lot from Patrickjmt, thanks

Tq patrick.. u always clear out what i didnt understand in my class.. may god bless u and grant u reward

@patrickjmt

6 жыл бұрын

happy i could help you :)

Thanks for making my homework so much simpler! :D

Thanks a lot, the best explanation ever. I finally got it :)

You sir are my saviour and hero !!

Patrick, you've saved me again!

Patrick, can you make a video for second ODE using Euler method

Thanks for explaining the notation. My book just uses all these variables, but doesn't explain them at all!

Great video, you deserve more likes and views

you are a saint, i wish you nothing but the best

thank you very much for the good explanation :) go on in this way

Thank you so much for this video! :D

@patrickjmt

4 жыл бұрын

You're so welcome!

fam you are just a legend!!

thanks for the confidence, but one of the last jobs i would want! :)

i love differential equations so much but this is the only topic i ever dreaded in all of my advanced maths at school.

I really appreciate for you to upload this video. I totally understand the numerical analytic method of ode of euler but... I think the euler method has too much error for applying real calculation.

@chaos1000 that is a good question. i think so, but not sure. a search on my channel page will find them if they are there

Thanks so much! I finally understood, thank yoooouuuu :D

this makes sooo much more sense now. fanks i wuv u :)

Hi Patrickjmt, thank you for being an awesome teacher. Do you have any videos on Variation of Parameters? My professor can't explain DE like you.

You are awesome!

Thanks!

Sir, I do believe you just saved my grade. Thank you so very much XD

Thanks much!

dy/dx is replaced with y/x in euler method is it

have u done any examples regarding modified euler method? kindly upload if not done thanks

U ARE A LEGEND....time to get my first

hey, you are amazing... too bad I just realized this 80 minutes before my BC calc exam... :s though I cannot deny you taught me Maclaurin's and Taylor series better in 10 minutes than my teacher did in a week... thanks!

@sinaweena yes, all the people i know with master's degrees and phd's in math are unemployed. no wait.... actually, they are all doing really, really well financially. go figure.

thx man , it's clear now. :)

Tiles and getting that going would work. Right. Helpful. Yes.

How can we just use the x coordinate and slope without the euler's method to compute the y value?

i'm not sure if you already did on video on it, but could you do something on Euler's Formula, like writing exponential as sin and cos?

Hey Patrickjmt is it possible for you to put up a video on "Direction Fields". I am bit lost in that lesson and would appreciate it if you are willing to upload one. Thanks, Your Awesome :)

Patrick could you please do an example (idea & concrete example) using the Runge Kutta method.

Hello quick question on this, is the y' always going to be equal to the y value of the original function or is it just in this example that the y'=y? I have to explain Euler's Method to my calculus class for a final project, so I want to make sure I explain it right.

@jadi929 already have

thank u

Thanks

this is very interesting. I have a question though, is there a way to use calculus to say lim as h->0 and get a very exact approximation?

Hey at 3:12, if you have a slope of 1, wouldn't it appear at a 45 degree line not horizontal?

X NOT, Wynaut?

Is there any method to determine the error or unceirtanty?

can you do a difficult problem?

so how do you go in reverse.. say you have lines then how do you get a curve.

patrickjmt>>Khan Academy in explaining math

I would fail Numerical Methods module if not for this channel

what do you do for living?

You are doing awesome works.. could you solve some Differential E. from engineering with euler? Something Like air pressure in each 10ft? --> dp =−ρ(h)⋅g⋅ dh and ρ(h=0)=1.2 kg/m^3

I don't get how you're getting the y values from?

Say if you wanted to find y(0.2) instead of y(4), and had step length 0.1 or even 0.05, this would not work?

He's sniffin all the markers every so often :L

How do you find the rational zeros of a function? I know you do synthetic division but don't know what to do after that. Thanks.

@patrickjmt

4 жыл бұрын

you can use the rational roots test. it is long and boring but it works. i have at least a few videos on it

@snowcake95 perfect :)

@fishthejelly where do u do engineering? why do they use this formula

AP Exam tomorrow... I need a 5!!!! have spent way too much time and effort on Calc BC

@rafaelmendozajr6504

6 жыл бұрын

Rayyan khan what did you get?

is this simply like taking a definite integral over the given space (i.e. 0 to 4 here)

This guys better then the professors at my school..... and I'm one of the professors

so this is the same as Cauchy-Euler right?

Just started with cauchy-euler in DE thanks

thx m8

Thank you x1000000

uhmm Patrick I'm kinda confused. from the 10th minute to 10min18sec you were saying yn=Yn+1+h*F(Xn-1, Yn-1) but then you wrote yn=Yn-1+h*F(Xn-1, Yn-1). And thank you so much I use your Videos always to study. They help a lot

@TheJuga the ad is different each time :X

teach us calculus of variations!

is this euler for DE i see it another topic not the same

Approximate the solution for the third-order initial-value problem y^'''-ty^''-4y^'+3y=2t, for 0≤t≤1 With y(0)=3,y^' (0)=2,y^'' (0)=7 using Runge-Kutta method of order four by considering the step size h=0.2 help please????

@jahrakal8597

8 жыл бұрын

please help patrickJMT

@jahrakal8597

8 жыл бұрын

+patrickJMT

...Can you just see the antiderivative from the equation?

Good refresher video, thanks. :-) The speed settings youtube are so handy, it's painful to watch this at normal speed +1.25 seems about right. Damn Americans talk slow, I'm like: "hurry up, and get to the point already!" lol

you sound like your speaking to me from beyond the grave... or maybe from inside an intergalactic wormhole

@fishthejelly so you could do math problems while you're in the unemployment line?

awesum (y.)

i love you

6:07

Looks like 1005260995. To me and your methods addressing decimals.

patrick im still confused 9 years later