Numerical solution to ordinary differential equations: Euler' and Runge Kutta Method

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  Go through the following link and learn about numerical solution to ordinary differential equations: Euler'and Runge Kutta Method.

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Numerical Integration techniques

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Follow the link for learning about numerical integration techniques. General formula for numerical integration, practically applicable forms such as Trapezoidal Rule, Simpson's 1/3 Rule and Simpson's 3/8 Rule are discussed.

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Numerical differentiation

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 Lecture notes regarding numerical differentiation is discussed. Go through by the following link

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Lagrange' interpolation formula

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The lecture note regarding Lagrange' interpolation formula is provided herewith. Go through the following link for availing it.

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Gauss' central difference interpolation formulae and Stirling's formula

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Go through the link for lecture notes regarding Gauss' forward and backward formulae and Stirling's formula.

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Newton-Gregory interpolation formula

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 Go through the lecture notes regarding Newton-Gregory interpolation formula

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Finite difference operators (Interpolation)

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Go through the following link to avail the lecture notes regarding finite difference operators used for interpolation of a function f(x).

https://drive.google.com/file/d/1ZENGwnk8xgWVUwMS2rXAGvs8LXgAXOKJ/view?usp=drivesdk

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