```python
from sympy import *
i,C1,sigma_Flim = symbols('i C_1 sigma_FLim')
r1,r2,m,Z1,Z2,a,T,sigma,b = symbols('r_1 r_2 m Z_1 Z_2 a T sigma b')
#donnees = [i,C1,sigma_Flim]
inconnues = [r1,r2,m,Z1,Z2,a,T,sigma,b]
Eq = [r1+r2 - a,
      r1 - m*Z1/2,
      r2 - m*Z2/2,
      T - C1/r1,
      sigma - (5.5*T)/(b*m),
      r1 - i*r2]

Sol=solve(Eq,inconnues)

```




    [(i*r_2,
      r_2,
      m,
      2.0*i*r_2/m,
      2.0*r_2/m,
      r_2*(i + 1.0),
      C_1/(i*r_2),
      sigma,
      5.5*C_1/(i*m*r_2*sigma))]





2d0c76a7e1368e951aa4a67a9642b76654ec18e0
ipynb
Jupyter Notebook
Symbolic_pb.ipynb
PasLafon/EC-Engrenage
961f536881c5bfbf7d9429142d4a262306077668
CC0-1.0
Symbolic_pb.ipynb
PasLafon/EC-Engrenage
961f536881c5bfbf7d9429142d4a262306077668
CC0-1.0
Symbolic_pb.ipynb
PasLafon/EC-Engrenage
961f536881c5bfbf7d9429142d4a262306077668
CC0-1.0
Qwen/Qwen-72B
1. YES
2. YES