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# Cálculo Diferencial e Integral


```python
from sympy import *
```


```python
x, y, z = symbols('x y z')
init_printing(use_unicode = True)
```


```python
# Derivadas:  
```


```python
diff(5*x**3+cos(x))
```


```python
# ou:

diff(5*x**3+cos(x), x)
```


```python
diff(x**3) # primeira derivada
```


```python
diff(diff(x**3)) # segunda derivada
```


```python
# Integrada:
```


```python
integrate(15*x**2-sin(x))
```

44573432257b21ab32b684d01e3d8a0e402c01be
ipynb
Jupyter Notebook
0002_Calculo_Diferencial_e_Integral.ipynb
julianovale/ferramentas
5330faae74a35529a44b16a5c8fe2e7285446cd9
MIT
0002_Calculo_Diferencial_e_Integral.ipynb
julianovale/ferramentas
5330faae74a35529a44b16a5c8fe2e7285446cd9
MIT
0002_Calculo_Diferencial_e_Integral.ipynb
julianovale/ferramentas
5330faae74a35529a44b16a5c8fe2e7285446cd9
MIT
Qwen/Qwen-72B
1. YES
2. YES