#4 || Problem#3|| Taylor’s series method || find 𝒚(𝟎.𝟏) ,equation y^'=x-y^2 ;y(0)=1 || Shafiqahmed

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#5 || Explanation || Modified Euler's Method and formulae || By Shafiqahmed.

#5 || Explanation || Modified Euler's Method and formulae || By Shafiqahmed.

#2 || Taylor's series Method || Problem#1 || find y at x=0.1, 0.2, 0.3 dy/dx=x^2+y^2 and y(0)=1.

#2 || Taylor's series Method || Problem#1 || find y at x=0.1, 0.2, 0.3 dy/dx=x^2+y^2 and y(0)=1.

Easy way to solve Taylor's series numerical method best example

Easy way to solve Taylor's series numerical method best example

Taylor's series numerical method good example(PART-1) by easy maths easy tricks

Taylor's series numerical method good example(PART-1) by easy maths easy tricks

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

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

#10 || Problem#2|| Runge-kutta method || find y at x=0.1 given that y'=3e^x+2y with y(0)=0 ||

#10 || Problem#2|| Runge-kutta method || find y at x=0.1 given that y'=3e^x+2y with y(0)=0 ||

❖ Taylor and Maclaurin Series - Example 1 ❖

❖ Taylor and Maclaurin Series - Example 1 ❖

Spongebob | YANG TERBAIK dari SpongeBob Musim 9, 10, DAN 11 🥇 | Kompilasi 3 Jam+ | Nickelodeon

Spongebob | YANG TERBAIK dari SpongeBob Musim 9, 10, DAN 11 🥇 | Kompilasi 3 Jam+ | Nickelodeon

#6|| Peoblem#1|| Modified Euler's Method ||𝒚'=𝟏+𝒚𝒙 , 𝒚=𝟐 𝐚𝐭 𝒙=𝟏 find the 𝒚 at 𝒙=𝟏.𝟐, h=0.2 ||

#6|| Peoblem#1|| Modified Euler's Method ||𝒚'=𝟏+𝒚𝒙 , 𝒚=𝟐 𝐚𝐭 𝒙=𝟏 find the 𝒚 at 𝒙=𝟏.𝟐, h=0.2 ||

#7 | Problem#2 | Modified Euler’s method || Find 𝒚(𝟎.𝟐) using 𝒚'=𝒙+√𝒚 with 𝒚(𝟎)=𝟏, h=0.2 ||

#7 | Problem#2 | Modified Euler’s method || Find 𝒚(𝟎.𝟐) using 𝒚'=𝒙+√𝒚 with 𝒚(𝟎)=𝟏, h=0.2 ||

Solving Differential Equations with Power Series

Solving Differential Equations with Power Series

Numarical Solution by Taylor's Series of dy/dx=2y+3e^x || 18mat31 || Dr Prashant Patil

Numarical Solution by Taylor's Series of dy/dx=2y+3e^x || 18mat31 || Dr Prashant Patil

Taylor's method for numerical solution of differential equation

Taylor's method for numerical solution of differential equation

#11 || Problem#3 || Runge kutta method || y'=y^2 x^2÷y^2+x^2 with y(0)=1 at x=0 .2 || By Shafiq

#11 || Problem#3 || Runge kutta method || y'=y^2 x^2÷y^2+x^2 with y(0)=1 at x=0 .2 || By Shafiq

Power Series Solution for a differential equation

Power Series Solution for a differential equation

#43|| Problem#2 || Simpson’s one third 𝟏⁄𝟑 𝒓𝒅 rule || find ∫〖𝒆^〖−𝒙〗^𝟐 𝒅𝒙〗 in [0, 0.6] || 18MAT21||

#43|| Problem#2 || Simpson’s one third 𝟏⁄𝟑 𝒓𝒅 rule || find ∫〖𝒆^〖−𝒙〗^𝟐 𝒅𝒙〗 in [0, 0.6] || 18MAT21||

Oxford Calculus: Taylor's Theorem Explained with Examples and Derivation

Oxford Calculus: Taylor's Theorem Explained with Examples and Derivation

Simple way to solve modified Euler method in two stages using simple step and simple example

Simple way to solve modified Euler method in two stages using simple step and simple example

Taylor's Series Method | Pt.1 | Numerical Solution of Ordinary Differential Equation

Taylor's Series Method | Pt.1 | Numerical Solution of Ordinary Differential Equation