* Formula outside code bracket
\[ \frac{2}{3}+ \mathbf{\pi} \] \begin{split} W_{idt} = \alpha_{0} &+ \alpha_{1} W_{idt-1} + \alpha_{2} W_{idt-1}^2 + \alpha_{X} X_{it} + \gamma_{t} + \mu_{d} + \mu_{idt} % alpha_{3} PSNP_{it} + \alpha_{4} PSNPamt_{it} \\ \end{split} \end{split} W_{idt} = \alpha_{0} &+ \alpha_{1} W_{idt-1} + \alpha_{2} W_{idt-1}^2 + \alpha_{X} X_{it} + \gamma_{t} + \mu_{d} + \mu_{idt} % alpha_{3} PSNP_{it} + \alpha_{4} PSNPamt_{it} \\ * Formula inside code braket
\[ \beta + \gamma \]
\[ \frac{2}{3}+ \mathbf{\pi} \] \begin{split} W_{idt} = \alpha_{0} &+ \alpha_{1} W_{idt-1} + \alpha_{2} W_{idt-1}^2 + \alpha_{X} X_{it} + \gamma_{t} + \mu_{d} + \mu_{idt} % alpha_{3} PSNP_{it} + \alpha_{4} PSNPamt_{it} \\ \end{split} \end{split} W_{idt} = \alpha_{0} &+ \alpha_{1} W_{idt-1} + \alpha_{2} W_{idt-1}^2 + \alpha_{X} X_{it} + \gamma_{t} + \mu_{d} + \mu_{idt} % alpha_{3} PSNP_{it} + \alpha_{4} PSNPamt_{it} \\ * Formula inside code braket
Code:
\[ \frac{2}{3}+ \mathbf{\pi} \]
Code:
\begin{split} W_{idt} = \alpha_{0} &+ \alpha_{1} W_{idt-1} + \alpha_{2} W_{idt-1}^2 + \alpha_{X} X_{it} + \gamma_{t} + \mu_{d} + \mu_{idt} % alpha_{3} PSNP_{it} + \alpha_{4} PSNPamt_{it} \\ \end{split} \end{split}
Code:
W_{idt} = \alpha_{0} &+ \alpha_{1} W_{idt-1} + \alpha_{2} W_{idt-1}^2 + \alpha_{X} X_{it} + \gamma_{t} + \mu_{d} + \mu_{idt} % alpha_{3} PSNP_{it} + \alpha_{4} PSNPamt_{it} \\
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