![ordinary differential equations - Solving a PDE with Feynman-Kac Formula - Mathematics Stack Exchange ordinary differential equations - Solving a PDE with Feynman-Kac Formula - Mathematics Stack Exchange](https://i.stack.imgur.com/OSQ9D.png)
ordinary differential equations - Solving a PDE with Feynman-Kac Formula - Mathematics Stack Exchange
![SOLVED: QUESTION 2 2.1 Classify the following PDEs in terms of order,degree,linearity,and homogeneity y+u=fx,y —-Equation 6 te dxdydz axay —- Equation (7) +2u=0—-Equation(8 (6) 2.2 Classify the following into parabolic,elliptic,or hyperbolic PDEs ( SOLVED: QUESTION 2 2.1 Classify the following PDEs in terms of order,degree,linearity,and homogeneity y+u=fx,y —-Equation 6 te dxdydz axay —- Equation (7) +2u=0—-Equation(8 (6) 2.2 Classify the following into parabolic,elliptic,or hyperbolic PDEs (](https://cdn.numerade.com/ask_images/19f2f89c6acc4aba8ddd6df8a4b7e3b6.jpg)
SOLVED: QUESTION 2 2.1 Classify the following PDEs in terms of order,degree,linearity,and homogeneity y+u=fx,y —-Equation 6 te dxdydz axay —- Equation (7) +2u=0—-Equation(8 (6) 2.2 Classify the following into parabolic,elliptic,or hyperbolic PDEs (
![How to calculate the energy of a partial differential equation that is not parabolic or hyperbolic - Mathematics Stack Exchange How to calculate the energy of a partial differential equation that is not parabolic or hyperbolic - Mathematics Stack Exchange](https://i.stack.imgur.com/TUAve.png)