Taylor's method for numerical solution of differential equation

Latest example on Taylor's series method:

Additional Example on this method:

Matrix inverion method:

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There are video on Methods of interpolation:

1. Newton forward interpolation

2. Newton backward interpolation

3. Gauss forward interpolation

4. Gauss backward interpolation

If you like my work then you can contribute for me:

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1. Bisection method

2. Iteration method:

3. Newton Raphson method

4. Gauss Jordan Method

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[Civillearningonline]

Latest Example on Taylor's Series Method:

[Crypto_oxx]

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)

[harshitagoswami]

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

[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.

[charuchaturvedi]

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

[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

[ultragamingzonewithvinzzz]

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

[kunchalalaxmi]

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

[nishwiththimmaiahcb]

Thank you bro, step by step process, really helpful

[kristinfilipetto]

Thank you for the amazing explanation!

[_mohitparmar]

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

[aditparashar]

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

[Devprit]

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

[swasthikks]

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

[nishanth]

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

[nammakudla]

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

[winningcarl]

Great Explanation 👍🏾
Very well understood

[manojjvk]

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

[kaifkausar]

Why only four times iteration is used..?

[gietasawewnetu]

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