**1. Finding the roots of an equation using BISECTION
method**

**2. Finding the roots of an equation using NEWTON'S
method**

**3. Finding the roots of an equation using SECANT
method**

**4. Finding the roots of a system of equations using NEWTON'S
method**

**5. Finding the roots of a linear system of equations using LU Decomp With PP**

**6. Finding the DETERMINANT of a square
matrix**

**7. Finding the INVERSE of a square matrix**

**8. Solving the linear system of equations by CHOLESKY'S method**

**9. Finding the EIGENVALUES and EIGENVECTORS
by JACOBI method**

**10. Solving the linear system of equations by GAUSS ELIMINATION method**

**11. Solving the linear system of equations by JACOBI method**

**12. Solving the linear system of equations by GAUSS-SEIDEL method**

**13. Solving the linear system of equations of N equations with M
unknowns by GAUSS ELIMINATION method**

**14. Finding the largest eigenvalue and corresponding eigenvector by
POWER method**

**15. Finding the smallest eigenvalue and corresponding eigenvector by
POWER method**

**16. Finding all eigenvalues and corresponding eigenvectors by
POWER method**

**17. An integration program based on extrapolation to the Limit (El.for)**

**18. Trapezoidal rule (Trap.for)**

**19. Gauss Quadrature (Gaus.for)**

**20. RK4 program (Rk4.for)**