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Apply the formula: $x^a=b$$\to \left(x^a\right)^{inverse\left(a\right)}=b^{inverse\left(a\right)}$, where $a=\frac{1}{3}$, $b=2$, $x^a=b=\sqrt[3]{x}=2$ and $x^a=\sqrt[3]{x}$
Learn how to solve equations avec racines cubiques problems step by step online.
$\left(\sqrt[3]{x}\right)^3=2^3$
Learn how to solve equations avec racines cubiques problems step by step online. Solve the equation with radicals x^(1/3)=2. Apply the formula: x^a=b\to \left(x^a\right)^{inverse\left(a\right)}=b^{inverse\left(a\right)}, where a=\frac{1}{3}, b=2, x^a=b=\sqrt[3]{x}=2 and x^a=\sqrt[3]{x}. Apply the formula: \left(x^a\right)^b=x, where a=\frac{1}{3}, b=3, x^a^b=\left(\sqrt[3]{x}\right)^3 and x^a=\sqrt[3]{x}. Apply the formula: a^b=a^b, where a=2, b=3 and a^b=2^3.
