▷Numerical Analysis Made Easy - Step by Step ✅ - using the TI89 Calculator
$49.95
Price:
Testimonials
(O.W.) "This software is incredible: it allows me to solve any Numerical Analysis problem, typically step by step! Plus: I can carry the program with me at all times."
(B.T.) "NME is Phenomenal. Great application for those crossing over from Calculus to Discrete math, number theory, and Abstract Algebra. I have also perused all of the applications and was thoroughly impressed. This program is a beast, give your programmers a tap on the back for me. You guys have outdone yourselves with this one. the only thing missing in the repertoire is the Abstract Algebra. "
Slideshows
Editing and Computing Matrices
Step by Step EigenValues and EigenVectors
Step by Step - Determinant
Step by Step - Inverse
Step by Step - RowEcholon
Step by Step - ReverseRowEcholon
Step by Step - Simplex Algorithm
Numerical Analysis Made Easy
Works With
TI92 Plus
TI89
TI89 Titanium
Voyage 200
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Description
The most comprehensive Numerical Analysis APP for calculators.
Step by Step Numerical Integration using Simplex 1/3 and 3/8, Midpoint, Rectangle or Trapezoid Methods.
Step by Step Interpolation using Conventional way or Lagrange Polynomials
Step by Step Solving Linear Systems: Gauss Elimination
Step by Step Simplex Algorithm
Step by Step Square Root Matrix
Step by Step Markov Chains
Step by Step Regression Analysis and Data Analysis
Step by Step Bisection, Newton and Fixpoint Methods
Step by Step Quadratic Formula and Completing the Square
Step by Step Fourier and Taylor Series Analysis
Step by Step Partial Fractions
Step by Step RREF : Reduced Row Echelon Method
Step by Step Eigenvector and Eigenvalue
Step by Step Fixpoint Method
Step by Step Newton, Bisection Methods
Step by Step Gauss Quadrature
Any type of Statistical Regression
Numerical Differentiation using the direct/symmetric/forward/backward differential quotient, also applied to partial derivatives.
Solve Differential Equations numerically using Euler, Improved Euler with predictor step, Ralston, Heun, Runge Kutta or Midpoint Method
Regula Falsi, False Position
Gauss Seidel Method
Pi Approximation
Orthogonal Polynomials
Simpson Method
Tangent and Secant Lines
Cholesky, LU and QR Factorization
Cofactor, Adjugate
Conversion: Decimal to Binary and Hexadecimal and back.
Users have boosted their Numerical Analysis knowledge.
Ideal for quick review in all Numerical Analysis classes.
Easy to use. Just plug in and the correct answer shows.