Subject : Mathematics
No. of Modules : 70
Sr. No. | Title | E-Text | Video | URL | Metadata |
---|---|---|---|---|---|
1 | M-03. basic concepts of partial differential equations: pfaffian differential equations | - | Click Here | ||
2 | M-02. basic concepts of partial differential equations: simultaneous differential equations of first-order and first degree | - | Click Here | ||
3 | M-01. basic concepts of partial differential equations: basic ideas | - | Click Here | ||
4 | M-05. first order partial differential equations:quasi-linear equations of first order | - | Click Here | ||
5 | M-04. first order partial differential equations: first order partial differential equations | - | Click Here | ||
6 | M-11. second order partial differential equations with variable coefficients | - | Click Here | ||
7 | M-10. linear partial differential equations with constant coefficients | - | Click Here | ||
8 | M-07. nonlinear first order partial differential equations | - | Click Here | ||
9 | M-08. solution satisfying given conditions | - | Click Here | ||
10 | M-09. origin of second order equations | - | Click Here | ||
11 | M-06. charpit's and jacobi's methods of solving first-order partial differential equations | - | - | Click Here | |
12 | M-12. laplace and poisson equations | - | - | Click Here | |
13 | M-14. solution of three dimensional laplace equation by seperation of variables | - | Click Here | ||
14 | M-13. solution of two dimensional laplace equation by seperation of variables | - | Click Here | ||
15 | M-19. introduction to hyperbolic differential equations | - | Click Here | ||
16 | M-18. solution of three dimensional heat equation | - | Click Here | ||
17 | M-15. introduction to parabolic differential equations | - | Click Here | ||
18 | M-16. solution of one dimensional heat equation | - | Click Here | ||
19 | M-17. solution of two dimensional heat equation | - | Click Here | ||
20 | M-20. one dimensional wave equation | - | Click Here | ||
21 | M-21. two dimensional wave equation | - | Click Here | ||
22 | M-27. finite integral transform and their applications to partial differential equations | - | Click Here | ||
23 | M-26. application of hankel and mellin transform to partial differential equations | - | Click Here | ||
24 | M-24. application of laplace transform to partial differential equations | - | Click Here | ||
25 | M-25. application of fourier transform to partial differential equations | - | Click Here | ||
26 | M-30. eigen function method of solving partial differential equations | - | Click Here | ||
27 | M-23. integral transforms and their inversion formulae | - | Click Here | ||
28 | M-22. three dimensional wave equation | - | Click Here | ||
29 | M-29. solutions of problems | - | Click Here | ||
30 | M-28. green's function | - | Click Here | ||
31 | M-33. the korteweg -de vries equation and solutions | - | Click Here | ||
32 | M-35. schrodinger equation anf solitary waves | - | Click Here | ||
33 | M-31. nonlinear one-dimensional wave equation | - | Click Here | ||
34 | M-32. dispersion and dissipation | - | Click Here | ||
35 | M-34. burgers' equation | - | Click Here | ||
36 | M-05. first order partial differential equations:quasi-linear equations of first order | - | Click Here | ||
37 | M-03. basic concepts of partial differential equations: pfaffian differential equations | - | Click Here | ||
38 | M-04. first order partial differential equations: first order partial differential equations | - | Click Here | ||
39 | M-02. basic concepts of partial differential equations: simultaneous differential equations of first-order and first degree | - | Click Here | ||
40 | M-01. basic concepts of partial differential equations: basic ideas | - | Click Here | ||
41 | M-07. nonlinear first order partial differential equations | - | Click Here | ||
42 | M-06. charpit's and jacobi's methods of solving first-order partial differential equations | - | - | Click Here | |
43 | M-14. solution of three dimensional laplace equation by seperation of variables | - | Click Here | ||
44 | M-13. solution of two dimensional laplace equation by seperation of variables | - | Click Here | ||
45 | M-11. second order partial differential equations with variable coefficients | - | Click Here | ||
46 | M-10. linear partial differential equations with constant coefficients | - | Click Here | ||
47 | M-15. introduction to parabolic differential equations | - | Click Here | ||
48 | M-16. solution of one dimensional heat equation | - | Click Here | ||
49 | M-08. solution satisfying given conditions | - | Click Here | ||
50 | M-09. origin of second order equations | - | Click Here | ||
51 | M-12. laplace and poisson equations | - | - | Click Here | |
52 | M-24. application of laplace transform to partial differential equations | - | Click Here | ||
53 | M-25. application of fourier transform to partial differential equations | - | Click Here | ||
54 | M-23. integral transforms and their inversion formulae | - | Click Here | ||
55 | M-19. introduction to hyperbolic differential equations | - | Click Here | ||
56 | M-18. solution of three dimensional heat equation | - | Click Here | ||
57 | M-17. solution of two dimensional heat equation | - | Click Here | ||
58 | M-22. three dimensional wave equation | - | Click Here | ||
59 | M-20. one dimensional wave equation | - | Click Here | ||
60 | M-21. two dimensional wave equation | - | Click Here | ||
61 | M-27. finite integral transform and their applications to partial differential equations | - | Click Here | ||
62 | M-26. application of hankel and mellin transform to partial differential equations | - | Click Here | ||
63 | M-30. eigen function method of solving partial differential equations | - | Click Here | ||
64 | M-33. the korteweg -de vries equation and solutions | - | Click Here | ||
65 | M-31. nonlinear one-dimensional wave equation | - | Click Here | ||
66 | M-32. dispersion and dissipation | - | Click Here | ||
67 | M-29. solutions of problems | - | Click Here | ||
68 | M-34. burgers' equation | - | Click Here | ||
69 | M-28. green's function | - | Click Here | ||
70 | M-35. schrodinger equation anf solitary waves | - | Click Here |