Numerical Analysis (V-U)

1. Introduction (V-U)

10. Solution of Linear System of Equations(Gauss–Jordon Elimination Method) (V-U)

11. Solution of Linear System of Equations(Jacobi Method) (V-U)

12. Solution of Linear System of Equations(Gauss–Seidel Iteration Method) (V-U)

13. Gauss–Seidel Iteration Method (V-U)

14. Relaxation Method and Matrix inversion (V-U)

15. Eigen Value Problems (Power Method) (V-U)

32. Numerical Differentiation and Integration(Trapezoidal and Simpsons Rules) (V-U)

16. Eigen Value Problems (Jacobis Method) (V-U)

33. Numerical Differentiation and Integration(Trapezoidal and Simpsons Rules)Cont. (V-U)

17. Eigen Value Problems (continued) (V-U)

34. Numerical Differentiation and Integration(Rombergs Integration and Double integration) (V-U)

18. Interpolation(Introduction and Difference Operators) (V-U)

35. Ordinary Differential Equations (V-U)

19. Interpolation(Difference Operators Cont.) (V-U)

36. Ordinary Differential Equations 2 (V-U)

2. Errors in Computations. (V-U)

37. Ordinary Differential Equations 3 (V-U)

20. Interpolation(Difference Operators, important formulas) (V-U)

38. Ordinary Differential Equations 4 (V-U)

21. Interpolation(Newtons Forward Difference Formula) (V-U)

39. Ordinary Differential Equations 5 (V-U)

22. Interpolation(Newtons Backward Difference formula) (V-U)

4. Solution of Non Linear Equations (Regula-Falsi Method) (V-U)

23. Interpolation (Newton’s Forward and backward Difference Interpolation Formula) (V-U)