```python
l=1.0
n=100
h=l/(n-1)
τ = 1e-4
δ = 0.01
Gr = 100
C = 1

from sympy import simplify, collect
from sympy.abc import y, x, z, m, C, h, G, d, t
m = x - t*((d**2)*(y - 2*x + z)/(h**2) - G*(d**2)*m*(y-z)/(2*h) - C)
```


```python
collect(m, m)
```




$\displaystyle - t \left(- C - \frac{G d^{2} m \left(y - z\right)}{2 h} + \frac{d^{2} \left(- 2 x + y + z\right)}{h^{2}}\right) + x$





0fe2bed6d25dcd4a7c45890f3aa4cb5cb3207b8c
ipynb
Jupyter Notebook
simplify.ipynb
SvetlanaSV04/SolveSystemTDMS
a1463bb9d0255d07d1b6ede02d0ad02f39885574
MIT
simplify.ipynb
SvetlanaSV04/SolveSystemTDMS
a1463bb9d0255d07d1b6ede02d0ad02f39885574
MIT
simplify.ipynb
SvetlanaSV04/SolveSystemTDMS
a1463bb9d0255d07d1b6ede02d0ad02f39885574
MIT
Qwen/Qwen-72B
1. YES
2. YES