Euler's Method - Another Example #1

[@hannahleighfriedman6665]

I FINALLY understand! The equation really doesn't make sense without a coherent example.

[@FarFromEquilibrium]

you are one of the very few people I'll actually let the ads play through for. Anyone that can stay awake while teaching Euler's method deserves it.

[@adios04]

LOL

[@NinjaTeamThe]

2:50 is how I feel about math

[@marko3770]

well played

[@adios04]

i don't get it...

[@kaleb51]

@@adios04 talking about the :( next to 0.3

[@m.shokarim9617]

Individuals like you are truly blessed. Having such great teaching talent and sharing these videos really helps a lot of people. I owe a lot of my grades and knowledge to you, and you are helping me out throughout college right now. Thank you.

[@keziahsheldon5311]

Saved a life, man. Really broke down the algorithm in a way I finally understood, it's so simple!!

[@vegardsvendsen]

02:50 why so sad :(

[@FA9EL7DEE]

man .. I have 2 finals tomorrow .. ur a life saver

[@NeonDreamingOutLoud]

you explaining simply what to plug into F saved my day

[@hunteringram9842]

My man saved my life during Calc 2

[@jakodiere8207]

Thanks a lot. You've really simplified it. No one has done it better than you

[@asian_potter_jogs]

This is very helpful! great explanation! keep up the excellent work!

[@maceatnight]

Great example, well chosen, just what I needed. Thank You!

[@SBR_2027]

Thx! This helped a lot! Very simple and was easy to understand.

[@MrDakshinamurthy]

You are a real Master thanks JMT

[@ilgar.mp4]

What a great video. Thanks sir

[@mukulsaini1659]

Love you .. you saved me

[@joshuacolditz6468]

The "Why not?" value

[@nanotam89]

patrickJMT I began college in one of the lowest math classes possible. I have taken and passed 12 pure math courses in college. I had a mathphobia for most my life and now I am graduating this spring with a degree in mechanical engineering. I can not tell you how much your videos have helped me through the years. Thank you.

[@patrickjmt]

that is awesome! BIG CONGRATS to you :)))))

[@joeo2533]

Patrick saving me once more and just in time for exams.

[@hyperillion]

I know it's old, so it's more to help other people who may come here and have that question-- but it doesn't change anything in the method. A function using Euler's Method includes: y(t0)=y0, meaning you would just use 1 as your initial condition t0, and 0 as your y0. y = y0 + f(t0, y0)(t-t0)

[@A_Islam.]

Your video is Better than my online university classes ☺️

[@hollyjcheung]

so helpful, thank u!

[@magaliebravo6679]

thank you !!!!! you are my teacher this semester and you are soon saving my butt! your help is very much appreciated! :)

[@rachittyagiyoutube]

😆

[@sprihamandal7499]

Thanks a lot!!! I finally understand Euler's method now..

[@hamade7997]

Will decreasing the step size always result in a more accurate approximation of y_(n+1)? It looks as if the value changes a lot when switching from 0.3 to 0.1 for example.

[@jferro96]

im learning the RK4 method and this helps a lot

[@menepet]

Very Good tut !! Congratulations !

[@rachittyagiyoutube]

Best teacher of world

[@martistarti2374]

This was so helpful. Thank!!

[@smitty102889]

Thank you very much. It is such an simple concept yet my text book managed to over complicate it. Now time to ace my exam XD

[@afrahalsaadi517]

Thanx, it is so helpful🌸 but can you explain how can we find the exact valu of y(x) for any x to check our solution 🤔?

[@golsson94]

Thank you so much!

[@ThisIsTheHandle]

i finally understood this subject by watching this vid only thank u 🥺🙏🏼

[@patrickjmt]

happy i could help :)

[@Lafras28]

thanks dude,come teach us because my book and lectures just suck

[@themysteriousfox3767]

thank you, legend!

[@Izzad963]

Thank you Sir!

[@emilymercado5304]

Yay! It makes sense! Kudos to you

[@chillbro6142]

Thank you for this... Really!

[@muhammadmusakazim9695]

u have solved my probleum thanku so much ......dont have words to say tahnku :)

[@BulkMuIch]

Only helpful video I found. thanks!

[@bookofspirit]

Thankyou Sir!

[@mohdalisoukieh30]

is this method explicit or implicit?

[@hahap6842]

Explicit...implicit would have Y(n+1)=Yn+hF[X(n+1),Y(n+1)]

[@biancajoseph7510]

Explicit. Since you have one unknown value on one side, and on the other side, all the values are known

[@poorman4009]

I was wondering.. how many papers do you have?

[@vishakv8829]

What if we take only 2 decimal places in Euler's method? Or is any compulsory to take this much decimal places????

[@wlgjs678]

2:23 huh? shouldn't it be 1?

[@chiragpatel3356]

wlgjs678 y(0)=1 where y is equal to 1 when x is 0, thus in this case when you take the x value and plug it into the equation.. the result is 0.

[@daniel5610]

I understand now thankyou so much

[@Green-vf7nn]

I get this now but what's its used for?

[@anubulusu9872]

hi nice video....how u had taken step size h value?? plz can u clarify me?

[@amirrezahabibi2479]

what are you doing step-size?!!?!?!??

[@m.furqonrabbani7610]

Thanks for save my day

[@MysteriousBoss]

Woww....Really thanks !

[@karimkaan8700]

thousand thanks

[@lolamia7215]

thank youu 😊👌🏻👏🏻

[@20PkA]

or, sometimes like in the question above.. Step size will be given.. here h = 0.3

[@thebrainongames8337]

Gr8 vid, thanks

[@anubulusu9872]

here how u took x1 value 0.3 in y1 iteration???

[@aniszouaoui4740]

hay sorry to disturbe if they don't give you h can we calculate Y(O;9)

[@CH4MBN3T]

Thanks , this was very helpful ◉‿◉

[@AshleysLand]

Thank you

[@hichemhichem122]

y(0.9)=1.378 not 1.135

[@ravngrs6665]

Thank u...

[@madhan19988]

Thankuuu soo muchhh...

[@infantlightgaming4475]

what is step size can you give me a definition

[@돌바람-p6l]

Infantlight Gaming : Maybe.. the size of each interval

[@nalaunanyannickodjayp.2088]

AYAW KO NA!!!!!!!

[@sharatgangal400]

thanks braa

[@deborahfranza2925]

May whatever higher power you believe in bless your sweet sweet soul

[@patrickjmt]

i believe in the flying spaghetti monster as i am a pastafarian ;)

[@irinasandu9191]

what if the step size was .2 ?

[@UnickUpdates]

. 3

[@calcul8er205]

2:50 : (

[@jacobbchapman7776]

I can't even do college algebra.

[@geminiqueen11]

👍👍👍👍

[@asmreatingchalk1737]

لم أفهم

[@20PkA]

your pick..

[@syeddresutarno8912]

good

[@gelccc]

Just began cal II and im already getting raped what the hell, but i got this i know i can

[@Talha1318]

MATLAAAAAAAB. heheh if you are a chemE...highfive!

[@laviolenscia1992]

YOU SPEAK SO LOW!!!!

[@patrickjmt]

+Daniel De Amat I was under a table when I made this video

[@rosarah7592]

dude just speed it up yourself, youtube is cooler than you think

[@vatsalgupta6889]

CHOOSE THE CORRECT OPTION: The first approximate value of dy/dx =1-y ,y(0)=0 find value of y at x=0.1 using Euler's method is A)0.9 B)1.2 C)1.0 D)0.1 Please reply quickly because tomorrow is my exam

[@itskelvinn]

the way you bend your index finger back like that is disgusting

[@patrickjmt]

glad you like it

[@alriyaad]

LOL, perfect response!

[@iwritechecksatthegrocerystore]

patrickJMT damn it.. now I gotta pause my learning and look thru the video to see where you "bend your pinky" like that. This is why I suck at math. Also I'm confused about why in y1, f= 0^2 wouldn't x be 1 because y(0) = 1? Is here some formula part I am missing?