LaTeX How to Split a Long Equation with Square Roots for Multi-Line Latex Formatting?

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The discussion focuses on formatting long equations with square roots in LaTeX for multi-line display. The equation provided is complex, involving parameters like betaone, betaminusbeta, and ccc. Key solutions include creating intermediary parameters to simplify square roots and using exponent notation (e.g., (big mess)^{1/2}) instead of traditional square root notation. This approach enhances readability and comprehension for readers.

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I have a long equation with square roots that need to be continued on the next line. Can you tell me how to split it up but continue the square root on the next line:

\begin{equation}
betaone=\dfrac{-2a(betaminusbeta)}{\alpha}-\frac{8a(betaminusbeta)^2}{3\alpha^2} \sqrt[3]{\tfrac{1}{2}\left[\frac{27\alpha^3}{32(betaminusbeta)^2} \left( \frac{1}{betaminusbeta} - \frac{1}{a}ccc \right) \right] + \sqrt{\left(\frac{9\alpha^2}{16(betaminusbeta)^2} \right)^2 -4\left(\frac{9\alpha^2}{3}^2-3ac \right)^3} }
\end{equation}

ccc and betaminusbeta are expressions that I've specified up in the header, I took them out so it'd be easier for you guys to comment on this part.
 
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Try using an intermediary symbol for the radicand and placing it on a separate line.

a = \sqrt[3]{R}
where
R = \cdots
 
Readers are *not* going to get what you are trying to say with a "continued square root".

So, what to do instead?
1. Create some parameters that capture the bulk of the mess. Make you sqrts simple.
2. If you absolutely must, use (big mess)1/2 instead of sqrt{big mess}.
 

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