formatting - Making LaTex Lists Wrap -

so have following latex list, , many in paper i'm translating:

\begin{enumerate}  \item if $\mathfrak{e}$ , $\mathfrak{b}$ arguments $x, y, z$ solution of maxwell's equations (1), through components $\mathfrak{e}_x, \mathfrak{e}_y, \mathfrak{-e}_z, \mathfrak{-b}_x, \mathfrak{-b}_y, \mathfrak{b}_z$, arguments $x, y, z$ given electromagnetic field solution maxwell's equations. \item if $\mathfrak{e, b}$ electromagnetic field of planar electromagnetic wave radiation, $\mathfrak{e}_x, \mathfrak{e}_y, \mathfrak{b}_z$ symmetrical plane of figure $\mathfrak{e}_z, \mathfrak{b}_x, \mathfrak{b}_y$, opposite values. \item if $\mathfrak{e, b}$ solution maxwell's equations (1), following field well: $$\mathfrak{e'} = \pm \sqrt{\frac{\mu}{\epsilon}} \mathfrak{b}, \mathfrak{b'} = \mp \sqrt{\frac{\epsilon}{\mu}} \mathfrak{e}$$ \end{enumerate}\par 

it compiles this:

there's lot of dead space should taken text. how make text wrap around numbers?

ps. also, i'm trying add space between equations. putting more spaces didn't it. pointers?

strange how want save space in enumeration yet add space between equations. enjoy current display. however, can use custom mylist looks enumerate without alignment:

\documentclass{article} \usepackage{showframe}% example \usepackage{amsfonts} \newenvironment{mylist}   {\setlength{\parindent}{0pt}% no paragraph indent    \setcounter{enumi}{0}% restart enumeration @ level 1 (i)    \renewcommand{\item}{\par\refstepcounter{enumi}%    \theenumi.~\ignorespaces}%   }{} \begin{document}  \begin{enumerate}   \item   if~$\mathfrak{e}$ and~$\mathfrak{b}$ arguments~$x$, $y$,~$z$ solution of maxwell's equations~(1),    through components~$\mathfrak{e}_x$, $\mathfrak{e}_y$, $\mathfrak{-e}_z$, $\mathfrak{-b}_x$,    $\mathfrak{-b}_y$,~$\mathfrak{b}_z$, arguments~$x$, $y$,~$z$ given electromagnetic field    solution maxwell's equations.    \item   if~$\mathfrak{e}$, $\mathfrak{b}$ electromagnetic field of planar electromagnetic wave radiation,    then~$\mathfrak{e}_x$, $\mathfrak{e}_y$,~$\mathfrak{b}_z$ symmetrical plane of figure    with~$\mathfrak{e}_z$, $\mathfrak{b}_x$,~$\mathfrak{b}_y$, opposite values.    \item   if~$\mathfrak{e}$, $\mathfrak{b}$ solution maxwell's equations~(1), following field well:   \[     \mathfrak{e'} = \pm \sqrt{\frac{\mu}{\epsilon}} \mathfrak{b}, \mathfrak{b'} =        \mp \sqrt{\frac{\epsilon}{\mu}} \mathfrak{e}   \] \end{enumerate}  \begin{mylist}   \item   if~$\mathfrak{e}$ and~$\mathfrak{b}$ arguments~$x$, $y$,~$z$ solution of maxwell's equations~(1),    through components~$\mathfrak{e}_x$, $\mathfrak{e}_y$, $\mathfrak{-e}_z$, $\mathfrak{-b}_x$,    $\mathfrak{-b}_y$,~$\mathfrak{b}_z$, arguments~$x$, $y$,~$z$ given electromagnetic field    solution maxwell's equations.    \item   if~$\mathfrak{e}$, $\mathfrak{b}$ electromagnetic field of planar electromagnetic wave radiation,    then~$\mathfrak{e}_x$, $\mathfrak{e}_y$,~$\mathfrak{b}_z$ symmetrical plane of figure    with~$\mathfrak{e}_z$, $\mathfrak{b}_x$,~$\mathfrak{b}_y$, opposite values.    \item   if~$\mathfrak{e}$, $\mathfrak{b}$ solution maxwell's equations~(1), following field well:   \[     \mathfrak{e'} = \pm \sqrt{\frac{\mu}{\epsilon}} \mathfrak{b}, \mathfrak{b'} =        \mp \sqrt{\frac{\epsilon}{\mu}} \mathfrak{e}   \] \end{mylist}  \end{document} 

for changing spacing around display equations, see how can decrease spaces between equations? see why \[ … \] preferable $$ … $$?