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fixed typo
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contenido/raices_numeros_complejos.html

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@@ -127,7 +127,7 @@ <h1>Raíces de Números Complejos</h1>
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Entonces De Moivre nos dice que
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$$w^n=\rho^n(\cos n\psi+i\,\text{sen } n\psi).$$
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Dado que $w^n=z,$ se aquí sigue que
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$$\rho^n=r=|w|$$
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$$\rho^n=r=|z|$$
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por la unicidad de la representación polar y además
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$$n\psi = \theta +k(2\pi),$$
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donde $k$ es un entero. De esta forma, la $n$-ésima raíz de un número complejo

content/roots_complex_numbers.html

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@@ -124,7 +124,7 @@ <h1>Roots of Complex Numbers</h1>
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Then de Moivre's formula gives
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$$w^n=\rho^n(\cos n\psi+i\sin n\psi).$$
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Since $w^n=z,$ it follows that
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$$\rho^n=r=|w|$$
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$$\rho^n=r=|z|$$
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by uniqueness of the polar representation and
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$$n\psi = \theta +k(2\pi),$$
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where $k$ is some integer. Thus,

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