In this paper, we show that the following higher-order system of nonlinear difference
equations, $ x_ {n}=\frac {x_ {nk} y_ {nkl}}{y_ {nl}\left (a_ {n}+ b_ {n} x_ {nk} y_ {nkl}\right)},\y …

Our aim in this paper is to obtain formulas expressions for solutions of the following
fractional systems of difference equations L n+ 1= L n-3 M n-4 M n±1-L n-3 M n-4 W n-1 X n …

The principle purpose of this article is to examine some stability properties for the fixed point
of the below rational difference equation U n+ 1= ξ U n− 8+ ε U n− 8 2/μ U n− 8+ κ U n− 17 …

THE DYNAMICAL BEHAVIOUR OF SOLUTIONS FOR NONLINEAR SYSTEMS OF RATIONAL
DIFFERENCE EQUATIONS Page 1 Research and Communications in Mathematics and …

In this study, we show that the system of difference equations\begin {align} x_ {n}=\frac {x_ {n-
2} y_ {n-3}}{y_ {n-1}\left (a+ bx_ {n-2} y_ {n-3}\right)},\nonumber\\y_ {n}=\frac {y_ {n-2} z_ {n …

The principle goal of this paper is to look at some of the qualitative behavior of the critical
point of the rational difference equation Ψ_ {n+ 1}= αΨ_ {n-2}+((βΨ_ {n-2} Ψ_ {n-3})/(γΨ_ {n …

On a Higher-Order Systems of Difference Equations Page 1 Pure and Applicable Analysis 2023,
2023: 2 https://www.lynnp.org On a Higher-Order Systems of Difference Equations 1,2E. M …

On dynamics and solution expressions of a three dimensional nonlinear difference equations
system Page 1 Journal of Innovative Applied Mathematics and Computational Sciences J …

Dynamics and Expressions of Solutions of Fourth-Order Rational Systems of Difference
Equations Page 1 Int. J. Anal. Appl. (2024), 22:163 Dynamics and Expressions of Solutions of …

The main objective of this article is to find the general solution to some special cases of the
fractional recursive equation Ψn+ 1= αΨn− 1Ψn− 5 Ψn− 3 (β+ δΨnΨn− 1Ψn− 4Ψn− 5), n= 0 …