Newton polynomials, Lagrange`s formula, Burlisch-Stoer algorithm, Cubic splines (natural and free), Bicubic interpolation and procedures for find the interpolation functions coefficients. In order to solve an equation we provide the Van Wijngaarden-Dekker-Brent algorithm, interval bisection method, secant and false position, Newton-Raphson method and Ridders` method. This suite includes the following features: 1) Interpolation Module: polynomial

lagrange s, java, bicubic, interpolation, j2ee, extrapolation, newton polynomials, burlisch stoer, cubic splines

Newton polynomials, Lagrange`s formula, Burlisch-Stoer algorithm, Cubic splines (natural and free), Bicubic interpolation and procedures for find the interpolation functions coefficients. In order to solve an equation we provide the Van Wijngaarden-Dekker-Brent algorithm, interval bisection method, secant and false position, Newton-Raphson method and Ridders` method. This product also has the following technology aspects: 3-in-1: .NET, COM, and XML

web service, class libraries, bicubic, interpolation, lagrange, extrapolation, newton polynomials, vb net, cubic splines, burlisch stoer, delphi

Newton polynomials, Lagrange`s formula, Burlisch-Stoer algorithm, Cubic splines (natural and free), Bicubic interpolation and procedures for find the interpolation functions coefficients. In order to solve an equation we provide the Van Wijngaarden-Dekker-Brent algorithm, interval bisection method, secant and false position, Newton-Raphson method and Ridders` method. This product also has the following technology aspects: 3-in-1: .NET, COM, and XML

web service, class libraries, bicubic, interpolation, lagrange, extrapolation, newton polynomials, vb net, cubic splines, burlisch stoer

Newton`s Aquarium is a solar system construction set that allows students to create and explore situations involving any number of stars, planets, moons and asteroids. This software takes an interactive, visual approach to physics. Newton`s Aquarium will help students develop an intuition for orbital mechanics. Students will gain a better understanding of the physics behind the images. By creating and exploring their own solar systems with Newton

star, acceleration, velocity, physics, force, kinematics, moon, newton, speed, mass, orbit, weight, planet