# Python | Numpy np.legdiv() method

`np.legdiv()` method is used to divide one Legendre series to another.It returns the quotient-with-remainder of two Legendre series `c1 / c2. `

Syntax : `np.legdiv(c1, c2)`
Parameters:
c1, c2 :[ array_like ] 1-D arrays of Legendre series coefficients ordered from low to high.

Return : [ndarray] Legendre series coefficients representing the quotient and remainder.

Code #1 :

 `# Python program explaining ` `# numpy.legdiv() method  ` `   `  `# importing numpy as np   ` `# and numpy.polynomial.legendre module as geek  ` `import` `numpy as np  ` `import` `numpy.polynomial.legendre as geek ` `   `  `# Legendre series coefficients ` ` `  `s1 ``=` `(``2``, ``4``, ``8``)  ` `s2 ``=` `(``1``, ``3``, ``5``)    ` `   `  `# using np.legdiv() method  ` `res ``=` `geek.legdiv(s1, s2)  ` ` `  `# Resulting legendre series ` `print` `(res)  `

Output:

```(array([ 1.6]), array([ 0.4, -0.8]))
```

Code #2 :

 `# Python program explaining ` `# numpy.legdiv() method  ` `   `  `# importing numpy as np   ` `# and numpy.polynomial.legendre module as geek  ` `import` `numpy as np  ` `import` `numpy.polynomial.legendre as geek ` `   `  `# Legendre series coefficients ` `s1 ``=` `(``10``, ``20``, ``30``, ``40``, ``50``)  ` `s2 ``=` `(``2``, ``4``, ``6``, ``8``, ``10``)     ` `   `  `# using np.legdiv() method  ` `res ``=` `geek.legdiv(s1, s2)  ` ` `  `# Resulting Legendre series ` `print` `(res)  `

Output:

```(array([ 5.]), array([ 0.]))
```

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