  We study the weak production of $\Delta$ (i.e. $e^{-} + p \to \Delta^{0}+
\nu_{e}$ and $e^{+} + p \to \Delta^{++} + \bar{\nu}_{e}$) in the intermediate
energy range corresponding to the Mainz and TJNAF electron accelerators. The
differential cross sections $\sigma(\theta)$ are found to be of the order of $
10^{-39}$ cm$^2$/sr, over a range of angles which increases with energy. The
possibility of observing these reactions with the high luminosities available
at these accelerators, and studying the weak N-$\Delta$ transition form factors
through these reactions is discussed. The production cross section of
N$^*(1440)$ in the kinematic region of $\Delta$ production is also estimated
and found to be small.
