To solve the equation \( y^3 = 2x \) for \( y \), we need to isolate \( y \).
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Start with the equation:
\[ y^3 = 2x \] -
Take the cube root of both sides to solve for \( y \):
\[ y = \sqrt[3]{2x} \]
This is not directly presented in your responses, so let's identify the correct choice if we were to rewrite or interpret \( \sqrt[3]{2x} \) in a simplified format.
None of the provided options \( y=23x \), \( y=2x+3 \), \( y=2x−3 \), or \( y=6x \) match \( y = \sqrt[3]{2x} \).
Therefore, based on the original equation and solving for \( y \), none of the provided responses are correct. The correct solution for \( y \) is: \[ y = \sqrt[3]{2x} \]