```python
import sympy as sp
import numpy as np
```


```python
x,y,z,alpha,beta = sp.symbols('x y z alpha beta', real=True)
```


```python
i,j,k = sp.symbols('i,j,k', integer=True, positive=True)
```


```python
y=x+x+z+3*z
```


```python
y
```




$\displaystyle 2 x + 4 z$




```python
y=alpha*x**3+3*x**3
```


```python
sp.simplify(y)
```




$\displaystyle x^{3} \left(\alpha + 3\right)$




```python
expr=sp.sin(x)/sp.cos(x)
```


```python

```


```python

```

279f79b098cc6c1bb02b150a09a84550469176b6
ipynb
Jupyter Notebook
notbook.ipynb
abhimanoj/101-Days-Of-MLCode
670b3aef51a3446f4704efa027b0030d56e23261
MIT
notbook.ipynb
abhimanoj/101-Days-Of-MLCode
670b3aef51a3446f4704efa027b0030d56e23261
MIT
notbook.ipynb
abhimanoj/101-Days-Of-MLCode
670b3aef51a3446f4704efa027b0030d56e23261
MIT
Qwen/Qwen-72B
1. YES
2. YES