Abstract
A neutral differential equation of the form
(x(t) + μ(t)x(ρ(t)))(n) + f(t, x(τ 1(t)), . . . , x(τm(t))) = 0
is considered, where μ, ρ, τi : R
+ → R (i = 1, . . . , m) are continuous functions, 0 ≤ μ(t) ≤ 1, ρ(t) ≤ t for t ∈ R
+, and the function f : R
+ × Rm → R satisfies the local Carathéodory conditions. Sufficient conditions are given for the considered equation to have the so-called "weak" properties A and B.



















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