Numerical method solution using Taylor's Series to dy/dx= x^2y-1 || 18mat31 || Dr Prashant Patil

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In this video, The first order first degree ODE (IVP) dy/dx=x^2y-1 ; y(0)=1 is solved numerically using Taylor's series up to fourth-degree terms in detail.

#DrPrashantPatil #Numericalmethods #18MAT31_Module04#Lecture03

For more videos and playlist of Engineering Mathematics go through the playlists

1)18MAT31- TRANSFORM CALCULUS, FOURIER SERIES AND NUMERICAL TECHNIQUES:
1) Laplace Transforms [18MAT31-Module 01]:
2) Inverse Laplace Transform [18MAT31-Module 01]:
3) Fourier Series | 18mat31 | Module 02 | Dr Prashant Patil

2)18MAT21- Advanced Calculus and Numerical Techniques:
1) Vector Calculus [18MAT21-Module 01]:
2) Ordinary Differential Equation of Higher order[18MAT21-Module 02]:
3) Partial Differential Equations [18MAT21-Module 03]:
4) Infinite Series [18MAT21-Module 04]:

3) 18MAT41- Complex Analysis, Probability and Statistical Methods:
1) Conformal Transformations[18MAT41-Module 02]
2) Complex Integration[18MAT41-Module 02]
3) Probability Distributions[18MAT41-Module 03]
4) Joint Probability Distribution and Sampling [18MAT41-Module 05]

4)18MATDIP41- Additional Mathematics II:
1) Probability[18MATDIP41-Module05]
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sir i have a doubt in question its given upto 4 decimal place then till 3 derivatives taylor series is taken how sir ???

shashankbelludi
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SIR you did not multiply the terms at the last step..

ArmanArman-um
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2:32 wth hell is this not understanding atall😢

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