Download and Run Numerical Analysis on PC

Numerical Analysis is a Education application developed by Abdullah Mijazi, but with the best Android emulator-LDPlayer, you can download and play Numerical Analysis on your computer.

Running Numerical Analysis on your computer allows you to browse clearly on a large screen, and controlling the application with a mouse and keyboard is much faster than using touchscreen, all while never having to worry about device battery issues.

With multi-instance and synchronization features, you can even run multiple applications and accounts on your PC.

And file sharing makes sharing images, videos, and files incredibly easy.

Download Numerical Analysis and run it on your PC. Enjoy the large screen and high-definition quality on your PC!

This app is not just a calculator; rather it generates step-by-step detailed solutions of problems using various known methods. It is very helpful to understand procedure of different methods as well as to find and rectify the errors in the lengthy calculations.

This app generates step-by-step detailed solutions by following methods.

1. Numeric Interpolation

a) Fixed Interval
i. Newton Forward Interpolation.
ii. Newton Backward Interpolation.
iii. Gauss Forward Interpolation.
iv. Gauss Backward Interpolation.
v. Stirling Interpolation.
vi. Bessel Interpolation.
vii. Everett Interpolation.
viii. Lagrange Interpolation.
ix. Aitken Interpolation.
x. Newton Divided Difference Interpolation.

b) Variable Interval
i. Lagrange Interpolation.
ii. Aitken Interpolation.
iii. Newton Divided Difference Interpolation.

2. Numeric Differentiation
a) Newton Forward Differentiation.
b) Newton Backward Differentiation.
c) Stirling Differentiation.
d) Bessel Differentiation.
e) Everett Differentiation.
f) Gauss Forward Differentiation.
g) Gauss Backward Differentiation.

3. Numeric Integration
a) Midpoint Rule Integration.
b) Trapezoidal Rule Integration.
c) Simpson's 1/3 Rule Integration.
d) Simpson's 3/8 Rule Integration.
e) Boole's Rule Integration.
f) Weddle's Rule Integration.
g) Romberg Rule Integration.

4. Linear System of Equations

a) Direct Methods
i. Cramer's Rule
ii. Cramer's Alternate Rule
iii. Gaussian Elimination Rule
iv. Factorization of L&U Matrix
v. Factorization with Inverse Matrix
vi. Cholesky's Rule
vii. Tri-Diagonal Rule

b) Iterative Methods
i. Jacobi's Method
ii. Gauss-Seidel Method

Who can use this app: This app is equally useful for Students as well as for Teachers to understand the subject and to pin-point the errors in lengthy calculations.

This app has the following salient features:
1. Easy to use.
2. Cover all familiar methods.
3. Give detailed (Step by step) solutions.
4. Easy to understand solutions to problems.