```python
import numpy as np
from sympy import *
init_printing()
```


```python
x, y = symbols('x y', real=True)
```


```python
a = 0.7190027e-2
b = 0.3956443e-5
c = -0.1842722e-8
d = 0.3471851e-12
e = -0.2616792e-16
k = -0.234471
```


```python
# Eq(a*y + b*(y**2) + c*(y**3) + d*(y**4) + e*(y**5) + k -x)
# solve(Eq(a*y + b*(y**2) + c*(y**3) + d*(y**4) + e*(y**5) + k -x),y)
# solveset(Eq(a*y + b*(y**2) + c*(y**3) + k -x),y, domain=S.Reals)
# solve(Eq(a*y + b*(y**2) + c*(y**3) + d*(y**4)+ k -x),y)
equation = sympify(a*y + b*(y**2) + c*(y**3) + d*(y**4)+e*(y**5)+ k -x)
print(equation)
```

    -x - 2.616792e-17*y**5 + 3.471851e-13*y**4 - 1.842722e-9*y**3 + 3.956443e-6*y**2 + 0.007190027*y - 0.234471



```python
# equat = Eq(equation)
Eq(equation)
```


```python
T = np.arange(32,)
```


```python

```

cb99ffbe36a135e94cd7a50fc6497533c1745f70
ipynb
Jupyter Notebook
Untitled.ipynb
mannyfin/IRAS
a164856e80320c90e2decdfb3ded4b75a10d5061
BSD-3-Clause
Untitled.ipynb
mannyfin/IRAS
a164856e80320c90e2decdfb3ded4b75a10d5061
BSD-3-Clause
Untitled.ipynb
mannyfin/IRAS
a164856e80320c90e2decdfb3ded4b75a10d5061
BSD-3-Clause
Qwen/Qwen-72B
1. YES
2. YES