Taylor's method for numerical solution of differential equation

Latest example on Taylor's series method:
• Taylor's series method
Additional Example on this method:
• Taylor's series method
Matrix inverion method:
• Matrix Inversion Metho...
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There are video on Methods of interpolation:
1. Newton forward interpolation
• Newton forward interpo...
2. Newton backward interpolation
• Newton's backward inte...
3. Gauss forward interpolation
• Gauss forward interpol...
4. Gauss backward interpolation
• Gauss backward interpo...
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1. Bisection method
• Bisection method | Bis...
2. Iteration method:
• Iteration method | fix...
3. Newton Raphson method
• Newton Raphson Method ...
4. Gauss Jordan Method
• Gauss jordan method
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[@Civillearningonline]

Latest Example on Taylor's Series Method: kzbin.info/www/bejne/onPZiGOGmbSfadE

[@goraangkoushal8865]

Thoda jor se bole kr

[@ullass174]

Me watching 2 hours before exam😅

[@Civillearningonline]

Best of luck

[@mohammadbilal4009]

I'm also😅

[@harshitagoswami989]

You explained each and every line of this solution. Great Explanation.Thank you so much

[@pranjalsingh2473]

Yooo

[@manavpadwal5492]

@@pranjalsingh2473 ??

[@kartikaymalhotra35d-17]

@@manavpadwal5492 ??

[@vardhan_ameenla]

in the substituton of Taylor series equation y(x0) is 1 because he is not multyplying y with x0 he is substituting x0 value in y eq and getting that answer eventually y1(x0) then y11(x0)

[@ultragamingzonewithvinzzz9566]

Tq so much was really useful....nice explaination 😊

[@nishwiththimmaiahcb4049]

Thank you bro, step by step process, really helpful

[@kristinfilipetto8428]

Thank you for the amazing explanation!

[@gauravkhanal1135]

Well explanation ! Thank you sir!

[@Devprit]

Awesome explanation sir ji In this video sound quality is also good thanks

[@destinyobamwonyi]

For any one confused about how the derivative was found, think of it as implicit function of calculus butbin this case dy/dx is not being made the subject of a formula but just considered as a part of the value equated to.

[@vantae7166]

thank you so much

[@swasthikks9567]

Great!!!! I was just solving the same question, got a doubt. Googled it... found it.. thank u so much bro😁😁😁

[@Civillearningonline]

Welcome dear

[@RAHULKUMAR-fv8nc]

very very thanks

[@adonaygeremew1201]

Thanks man, really helpful!

[@winningcarl4529]

Great Explanation 👍🏾 Very well understood

[@charuchaturvedi1527]

Sir, derivative of x-y^2 will be 1-0=0, because we should consider y as constant here as we are differentiating with respect to x

[@danielcowan87]

y’ is with respect to y

[@iamuzumakianduchiha776]

​@@danielcowan87 it's been year what's the use lol.

[@prajwalsrao64]

1-0=1 madam.. Absolutely we are differentiating wrt x

[@syedsaad4160]

Yes we are differentiating by x but in the question we are already given y' or dy/dx. So no need to do derivation again for y'. If you do, you will get y"

[@soul_icon8894]

​@@iamuzumakianduchiha776, there is use cuz it helps the students who are watching rn like me💀

[@aditparashar986]

Kudos to those who have checked their left ear bud 😂😂😂

[@Civillearningonline]

🤣🤣🤣

[@Civillearningonline]

Jalwa he humra😅

[@nammakudla5525]

Subscribed Boss 👍👍🙌🙌 Tmr i have exams and after seeing ur video atleast i can pass 🥲🥺🥺

[@Civillearningonline]

There are 3 videos on Taylor's method. And those examples are sufficient to clear your concept. And best of luck for your exam.👍

[@nammakudla5525]

@@Civillearningonline thank u so much

[@Deepthi_Chowdary5321]

Crystal clear sir. Thank you sir❤❤

[@saishankar4584]

U r such a amazing teacher😍😍😍

[@sylviamuigai5011]

Thanks for coming through.

[@boss_hudugaru]

Ultimate teaching brother all the best you're bright feature keep support students

[@Civillearningonline]

Thank you dear. I am trying my best.

[@boss_hudugaru]

@@Civillearningonline brother network theory AC circuit problems solve do please with calculation casio

[@Civillearningonline]

I am from civil.

[@boss_hudugaru]

@@Civillearningonline ok brother Thanck u for the replying me

[@Civillearningonline]

It's my duty dear.❤️

[@unity3dconcepts434]

Everything aside, I liked your accent the most dada. Thanks for uploading the video. 🙏🙏👍👍😁😁

[@Civillearningonline]

Hami Nepali ho ni bro.

[@feevah-fvwrldprod8792]

How will everything be aside? Aside to where?

[@32_mohitparmar9]

How y Times x° will be 1 if the value of x° is zero

[@Roy_All-designs]

the comment i was looking for.

[@ABhanuPrakaash]

Bro So, how to find in this problem y(0.1) y(0.2) Is it over video on spline interpolation and B- spline bro

[@jayadeepthota68]

substitue the value 0.1 in x place of last answer what he got ..this is case 1and again substitute 0.2 in x place of ans he got.... this is case 2

[@nishanth1127]

Be little loud ...other than that ...great explanation

[@Pushpaa180]

Thankyou so much 👍

[@user-uq8dz2xm5r]

Thank you ❤

[@bharatdagale]

Good explanation s for each an every line sir

[@calister7526]

Good sir, amazing explanation

[@RamaDevi-mz4nc]

Thank you 😌😌 for your explanation

[@kunchalalaxmi4917]

How do we consider iterations ? How we will know to stop at certain iteration?

[@narasimhak7018]

Same problem do u know The answer ? So when to stop at certain iteration

[@shadie_code]

Thank you for this mazing video!

[@Civillearningonline]

Welcome dear❤️❤️❤️

[@saleemjavedmikza2458]

Good.... Helpful video

[@harshgaming3551]

Me watching after 1st time fail in exam .😁

[@Civillearningonline]

🤣🤣🤣

[@ahasan_habibsiad0236]

Really helpful ❤❤❤❤❤

[@manojjvk1014]

Sir Dy/Dx of y^2 = y^2 sir as We have to take y^2 As Constant Because It is Dy/DX.

[@manavpadwal5492]

Except for your Taylor pronunciation, the entire video was good and helpful . Thank you 😄😄

[@Civillearningonline]

😅😅😅

[@manavpadwal5492]

@@Civillearningonlinenp

[@Civillearningonline]

@@manavpadwal5492 yes

[@Civillearningonline]

@@manavpadwal5492 you are from ?

[@manavpadwal5492]

@@Civillearningonline mumbai

[@YonkoKaido-yu9br]

Thank you so much sir 👍🏻👍🏻👍🏻

[@engrahmedfaheem]

I am also watching a day before semester exam😂

[@Civillearningonline]

Best of luck

[@Pushpaa180]

Good explanation bro 👍👍

[@hotsauce6710]

love this video

[@pragyakumari6138]

Amazing thanks

[@kaifkausar5275]

Why only four times iteration is used..?

[@susanotiende708]

x knot=0 So x knot times y should be 0. Why is it 1?

[@Lakshmilakshmi-kk9vn]

Thank you sir clearly understood

[@Civillearningonline]

Welcome dear

[@kavya-jy7dl]

Amazing sir

[@Pushpaa180]

Keep it up brother 👍👍

[@ramuj.]

Thank you 👍

[@user-lt3kl1kx5e]

calculate the appropriate value of √25 using taylor series

[@Civillearningonline]

Ok

[@user-lt3kl1kx5e]

@@Civillearningonline When will you upload solution please sir

[@Civillearningonline]

@@user-lt3kl1kx5e when do you need?

[@user-lt3kl1kx5e]

Plz bro provide solutions I need today

[@Civillearningonline]

@@user-lt3kl1kx5e send me your question at [e-mail]

[@topumohonto6588]

Me watching day before final exam

[@Civillearningonline]

Best of luck dear

[@yarragopikrishna3738]

Nice

[@aliyajafar1986]

Thks bro

[@jyotiparmar273]

Thank you 💖 sir

[@alandraalexandria6526]

thanksss

[@aparnajadhav3661]

Aap achhese simple tarikese sikhate h sir bt request plz hindi me sikhao sir aapne last me final steps kaise likha kuch samj nhi aaya sir..😔

[@Civillearningonline]

Ok

[@stargamingcreations1362]

Thank you sir

[@MANISHAH258]

Why only four times iteration? it can be more and less.

[@Civillearningonline]

Yes. I am posting new example in within 48 hours that's gonna help you.

[@varatharajperumal4534]

1-2XY,X=0.2,0.4

[@IbarraEspinosa]

thank you hero

[@thatikondasushma4455]

Up-to how many differentiations we have to do

[@Civillearningonline]

You need to do 4 differentiations.

[@thatikondasushma4455]

@@Civillearningonline is this applicable for any question ??

[@Civillearningonline]

Taylor method or differentiation??

[@thatikondasushma4455]

@@Civillearningonline different ion in Taylor method

[@Civillearningonline]

Yes you need differentiation in all the questions based on tylor series method.

[@gietasawewnetu7011]

how can we correct in to some decimal places and also do you have more about recursive Taylor series? thanks

[@Civillearningonline]

For correcting it up to some decimal places we use round off concept of mathematics. And sorry to say but i don't have idea related to recursive tylor series.

[@musidipalliakash4036]

Thank u

[@olajuwonsamuel8707]

U are blessed😢.😫😃😃

[@alanmascarenhas9504]

Taylor***

[@skchintu6172]

How long should I write the derivatives sir , reply immediately

[@Civillearningonline]

4 times

[@skchintu6172]

@@Civillearningonline thank u sir ❤️

[@Notjspyt]

Nice bro

[@chethan_gowda9020]

How many times differenciate the equation?

[@Civillearningonline]

Mostly 4 times

[@mohit.f.f6467]

Bro if you multiply y(x0) and here y= 1 and x0 = 0 then the answer is zero

[@bouchragana19]

Great

[@bigile]

Tnq sir

[@muppadinikhil8435]

Tq.. darling ❤️

[@facelessmanfrombravoss]

Watching before final exam💀

[@Civillearningonline]

Best of luck

[@user-yk4pc6im8e]

Good

[@varatharajperumal4534]

Ans four digit

[@BRUNO-ty9kg]

Me watching one hour before final exam 💀

[@Civillearningonline]

Latest example is here, kzbin.info/www/bejne/bYawfXWPpLl_Zs0

[@Civillearningonline]

Best of luck for your exam.

[@sanu_firdous8855]

1 hr before I'm watching this video 😅

[@Civillearningonline]

Best of luck.

[@rohitwagh1248]

Me watching 3hours before final exam 🌚🌚

[@Civillearningonline]

Best of luck

[@dhruvinkachhadia1615]

1:45 🗿

[@thoshithvarma8952]

😂😂😂

[@hemanthhemu5880]

Exact solution please 🥺

[@gamingthrone9181]

kon sa college bhai..?

[@Civillearningonline]

Shaheed Uddham Singh, affiliated to PTU.

[@mahipanchal9661]

Computer engineering 🙄

[@olagokeoladapo8659]

Third step after you wrote "solution" Y" should be equal to just 1 - 2y, where did the y' come from again? What rule did you use to get 1 - 2y • y'?

[@krishballz3557]

ha, me too. idk how he did that

[@navinksingh]

its chain rule. we are diferentiating wrt x not y. that's why after differentiating y^2 wrt y, we will differentiate that y wrt x and get y'

[@abdullateefqoyum376]

Me watching an hour before my exam😢

[@mohit.f.f6467]

Sorry Means not totally wrong but difficult to understand

[@fabulousmehandiandart6152]

👍

[@virajmusictv]

Volume kuch jyada hi bada nhi hai 🤔

[@Civillearningonline]

Sorry for the inconveniences. Aap ko New video mil jayega playlist me jis me sound thik he.

[@virajmusictv]

@@Civillearningonline it wasn't mean to bother you sir, but anyways I understood 🙏

[@Civillearningonline]

It's ok dear. Actually it is an old video and previously i didn't have idea about the volume. But Thank yiu for letting me know.

[@vignesh5a590]

Solve dy/dx=x^2-y,y(0)=1 using Taylor’s method and compute y(0.1),y(0,2) bro i need solution for this question can you send me this solution plz

[@Civillearningonline]

Hey bro, I have solved this Numerical. Drop your email i will provide you the solution.

[@ilearn7232]

I am soo sooo sooo🎉

[@sourabdaparti3946]

tylor

[@Civillearningonline]

Hmm

[@Rose-mu1is]

Jor se to bolo sirji

[@Civillearningonline]

Ok

[@octavianak5240]

1 plate bhapa eliish maaish

[@Civillearningonline]

Paadhai karo, bkch**i nai

[@octavianak5240]

@@Civillearningonline baandor suda🤣

[@pinikeshipranayreddy4598]

Bro 0 ×anything =0

[@Civillearningonline]

Yes

[@Engineerboy3755]

-8 k se aya

[@deepthisrinivas2168]

Not helped I want X value their

[@Civillearningonline]

Check out playlist you will find latest video on this method.

[@hassaanahmedkhan5854]

Tailoor

[@Civillearningonline]

Koi dikkat?

[@raandkapilla]

@@CivillearningonlineIlishh Maaish Accent

[@DhirajGavhane-iz2kr]

Very poor audio I am disappointed.

[@Civillearningonline]

You will find one video with good sound in the description section.

[@Tweetfortresaures]

you need to improve your communication man!

[@Civillearningonline]

Follow this : kzbin.info/www/bejne/bYawfXWPpLl_Zs0

[@syedamuskan2165]

Kya vedio banaya hai awaz bhi nai hai iski tho

[@Civillearningonline]

Sorry. Aap ko naya video milega playlist me.

[@arnavlearningandgamingchan7630]

Thankyou so much sir 🌺