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\begin{document}
\begin{IEEEeqnarray}{rrcl}
	        &              \dots & \IEEEnonumber* &  \\
	   e_2: & \quad	\dot{\alpha} &       =        & ( - F_x \sin(\alpha) + F_z \cos(\alpha))/(m V \cos(\beta)) + q - (p \cos(\alpha) + r \sin(\alpha)) tan(\beta)                                     \\
	e_{14}: &                  V &       =        & {C_{m,q} q c} / \left( 2 \left( \frac{M}{\bar{q} S c} - C_{m,0} - C_{m,\alpha} \alpha  -  C_{m,\delta_e} \delta_e\right)\right) \label{eq:v-inversion} \\
	        &              \dots &                &
\end{IEEEeqnarray}
\end{document}
