  Responding to the recent claim that the origin of moduli space may be
unstable in "magnetic" supersymmetric quantum chromodynamics (SQCD) with N_f <=
3N_c/2 (N_c>2) for N_f flavors and N_c colors of quarks, we explore the
possibility of finding nonperturbative physics for "electric" SQCD. We present
a recently discussed effective superpotential for "electric" SQCD with N_c+2 <=
N_f <= 3N_c/2 (N_c>2) that generates chiral symmetry breaking with a residual
nonabelian symmetry of SU(N_c)_{L+R}xSU(N_f-N_c)_Lx SU(N_f-N_c)_R. Holomorphic
decoupling property is shown to be respected. For massive N_f-N_c quarks, our
superpotential with instanton effect taken into account produces a consistent
vacuum structure for SQCD with N_f=N_c compatible with the holomorphic
decoupling.
