[21MAT31] Jan./Feb. 2023 (Q.8b) | Module 4 numerical solution of wave equation|

[21MAT31] Jan./Feb. 2023 (Q.4c) | Module 2 |Fourier harmonic analysis |

[21MAT31] Jan./Feb. 2023 (Q.3c) | Module 2 |Fourier harmonic analysis |

[21MAT31] Jan./Feb. 2023 (Q.9a) | Module 5 | Runge Kutta Method |

11. Calculus of Variations | Euler's Equation | 21mat31 Module 5 ( vtu )

Terence Tao at IMO 2024: AI and Mathematics

[21MAT31] Model Question Paper 1 (Q.7a) | Module 4 Laplace Equation

Calculus of Variation| Derive Euler's Equation |18mat31 Module 5(Jan./Feb.2023 Q.no-9c)

Solution of Laplace's equation using standard five point formula | vtu m3 module 4 problems

Solution of Laplace Equation with 9 mesh squares || Numerical Methoda || Dr Prashant Patil

4. Calculus of Variations | Geodesics on a Plane is Straight line | 21mat31 Module 5 ( vtu )

Modified Euler's Method | Numerical Methods| 18mat31 Module 4 ( Jan./Feb. 2023 Q.no- 8a) |

solution of heat and wave equation | M3 engineering maths problems | m3 model question paper problem

21MAT31 Passing Package Vtu 🔥

The Fourier Series and Fourier Transform Demystified

[21MAT31] Model Question Paper 1 (Q.10a) | Module 5 Milne's Method