Results 1 to 10 of about 214,223 (194)
Analytical Solution to a Third-Order Rational Difference Equation [PDF]
Inspired by some open conjectures in a rational dynamical system by G. Ladas and Palladino, in this paper, we consider the problem of solving a third-order difference equation. We comment the conjecture by Ladas.
Alvaro H. Salas S. +2 more
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On third-order linear difference equations involving quasi-differences [PDF]
We study the third-order linear difference equation with quasi-differences and its adjoint equation. The main results of the paper describe relationships between the oscillatory and nonoscillatory solutions of both equations.
Došlá Zuzana, Kobza Aleš
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ON A THIRD ORDER DIFFERENCE EQUATION
Summary: In this paper, the authors solve the difference equation \[ x_{n+1} =\frac{x_nx_{n-2}}{-ax_n + bx_{n-2}}, \quad n = 0, 1, \dots, \] where \(a\) and \(b\) are positive real numbers and the initial values \(x_{-2}, x_{-1}\) and \(x_0\) are real numbers.
R. Abo-Zeid +42 more
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Oscillatory properties of third-order semi-noncanonical nonlinear delay difference equations [PDF]
We study the oscillatory properties of the solutions of the third-order nonlinear semi-noncanonical delay difference equation D_3y(n)+f(n)y^\beta(\sigma(n))=0, where $D_3 y(n)=\Delta(b(n)\Delta(a(n)(\Delta y(n))^\alpha))$ is studied.
Govindasamy Ayyappan +3 more
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Third order non-linear difference equation with neutral term [PDF]
This paper aims to investigate the oscillatory characteristics of a neutral third order nonlinear difference equation. Utilizing the comparison principle, we get some new standards that guarantee that any solution to the neutral difference equation ...
Kaleeswari S., Rangasri S.
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Asymptotic properties of solutions of third order difference equations
We consider the difference equation of the form ?(rn?(pn?xn)) = anf (x?(n)) + bn. We present sufficient conditions under which, for a given solution y of the equation ?(rn?(pn?yn)) = 0, there exists a solution x of the nonlinear equation with the asymptotic behavior xn = yn + zn, where z is a sequence convergent to zero.
Janusz Migda +2 more
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Quasi‐adjoint third order difference equations: oscillatory and asymptotic behavior [PDF]
In this paper, asymptotic properties of solutions of urn:x-wiley:01611712:media:ijmm806976:ijmm806976-math-0001 are investigated via the quasi‐adjoint equation urn:x-wiley:01611712:media:ijmm806976:ijmm806976-math-0002 A necessary and sufficient condition for the existence of oscillatory solutions of (E+) is given.
B. Smith
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Oscillatory behavior of third order nonlinear difference equation with mixed neutral terms
In this paper, we obtain some new sufficient conditions for the oscillation of all solutions of the third order nonlinear neutral difference equation of the form \begin{equation*} \Delta^3 \left(x_n+b_n x_{n-\tau_{1}}+c_n x_{n+\tau_{2}}\right)^{\alpha} =
Ethiraju Thandapani +2 more
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On the oscillation of third order half-linear neutral type difference equations
In this paper, the authors study the oscillatory properties of third order quasilinear neutral difference equation of the form $$\Delta(a_{n}(\Delta^{2}(x_{n} + p_{n}x_{n-\delta}))^{\alpha}) + q_{n} {x^{\alpha}_{n-\tau}} = 0,\quad n\geq 0, \tag{E ...
Ethiraju Thandapani +2 more
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Attractivity of two nonlinear third order difference equations
Consider the difference equations \[ x_{n+1}=\frac{A-Bx_{n-1}}{C+Dx_{n-2}},\;n=0,1,2,\dots,\tag{\(*\)} \] where \(A,B\) are nonnegative, \(D>0\) and \(C\) is a nonzero real number. Also, \(C+Dx_{n-2}\neq 0\) for all \(n\geq 0\). The author investigates the global attractivity, periodic nature, oscillation and boundedness of all admissible solutions of ...
R. Abo-Zeid
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