[PDF][PDF] Global attractivity and the periodic nature of third order rational difference equation
EM Elsayed, F Alzahrani… - Journal of Computational …, 2017 - eudoxuspress.com
The main target of our study to cover the solutions behavior of the following difference
equation xn+ 1= axn+ bxnL1+ c+ dxnL2 e+ fxnL2, n= 0, 1,..., where the parameters a, b, c, d …
equation xn+ 1= axn+ bxnL1+ c+ dxnL2 e+ fxnL2, n= 0, 1,..., where the parameters a, b, c, d …
[PDF][PDF] Global Attractivity and the Periodic Nature of Third Order Rational Difference Equation
EM Elsayed, F Alzahrani, HS Alayachi - researchgate.net
The main target of our study to cover the solutions behavior of the following difference
equation xn+ 1= axn+ bxn¡ 1+ c+ dxn¡ 2 e+ fxn¡ 2, n= 0, 1,..., where the parameters a, b, c, d …
equation xn+ 1= axn+ bxn¡ 1+ c+ dxn¡ 2 e+ fxn¡ 2, n= 0, 1,..., where the parameters a, b, c, d …
[PDF][PDF] Global Attractivity and the Periodic Nature of Third Order Rational Difference Equation
EM Elsayed, F Alzahrani… - Journal of Computational …, 2017 - eudoxuspress.com
The main target of our study to cover the solutions behavior of the following difference
equation xn+ 1= axn+ bxnL1+ c+ dxnL2 e+ fxnL2, n= 0, 1,..., where the parameters a, b, c, d …
equation xn+ 1= axn+ bxnL1+ c+ dxnL2 e+ fxnL2, n= 0, 1,..., where the parameters a, b, c, d …
Global Attractivity and the Periodic Nature of Third Order Rational Difference Equation.
EM Elsayed, F Alzahrani… - … Analysis & Applications, 2017 - search.ebscohost.com
The main target of our study to cover the solutions behavior of the following difference
equation x< sub> n+ 1= ax< sub> n+ bx< sub> n-1+ c+ dx< sub> n-2/e+ fx< sub> n-2, n= 0 …
equation x< sub> n+ 1= ax< sub> n+ bx< sub> n-1+ c+ dx< sub> n-2/e+ fx< sub> n-2, n= 0 …
Global Attractivity and the Periodic Nature of Third Order Rational Difference Equation.
EM Elsayed, F Alzahrani… - … Analysis & Applications, 2017 - search.ebscohost.com
The main target of our study to cover the solutions behavior of the following difference
equation x< sub> n+ 1= ax< sub> n+ bx< sub> n-1+ c+ dx< sub> n-2/e+ fx< sub> n-2, n= 0 …
equation x< sub> n+ 1= ax< sub> n+ bx< sub> n-1+ c+ dx< sub> n-2/e+ fx< sub> n-2, n= 0 …