  For the first time, the inclusive neutrinoproduction of \Delta^{++}(1232)
from nuclei is investigated. The total yield of $\Delta^{++}(1232) in
neutrino-nuclear interaction is found to be \ < n\ >_{\nu A} = 0.080\pm0.011,
being compatible with \ < n\ >_{\nu N} = 0.091\pm0.013 inferred for
neutrino-nucleon interactions. It is shown that the \Delta^{++}(1232) inclusive
spectra on variables x_F, z and the isobar total momentum for \nu A
interactions are shifted toward lower values respective to those for \nu N
interactions, that can be caused by secondary intranuclear collision processes.
No idication on a significant nuclear absorption of \Delta^{++}(1232) leading
to its disappearance is found.
