Abstract
In this work, we present a new technique for the oscillatory properties of solutions of higher-order differential equations. We set new sufficient criteria for oscillation via comparison with higher-order differential inequalities. Moreover, we use the comparison with first-order differential equations. Finally, we provide an example to illustrate the importance of the results.
Highlights
This work is concerned with studying the oscillatory behavior of the higher-order neutral differential equation
We restrict our discussion to those solutions x of (1) which satisfy sup {|x (ς)| : ς1 ≤ ς0 } > 0 for every ς1 ∈ [ς x, ∞) and tacitly assume that (1)
The study of the problem of oscillation of differential equations with higher order has attracted the attention of many researchers in recent times
Summary
This work is concerned with studying the oscillatory behavior of the higher-order neutral differential equation Τ (ς) ≤ ς, limς→∞ τ (ς) = ∞ and there exists a nonnegative function h such that f (ς, x) ≥ h (ς) xβ, β is a ratio of odd positive The equation itself is termed oscillatory if all its solutions oscillate.
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