Abstract

The main purpose of this article is to determine the spectrum and the fine spectrum of second order difference operator $\Delta^2$ over the sequence space $c_0$. For any sequence $(x_k)_0^\infty$ in $c_0$, the generalized second order difference operator $\Delta^2$ over $c_0$ is defined by $\Delta^2(x_k)= \sum_{i=0}^2(-1)^i\binom{2}{i}x_{k-i}=x_k-2x_{k-1}+x_{k-2}$, with $ x_{n} = 0$ for $n<0$.Throughout we use the convention that a term with a negative subscript is equal to zero.

Highlights

  • For example; the fine spectrum of the Cesàro operator on the sequence space lp for 1 < p < ∞ has been studied by Gonzalez [10]

  • The fine spectrum of the integer power of the Cesàro operator over c was examined by Wenger [19] and Rhoades [16] generalized this result to the weighted mean methods

  • Okutoyi [14] computed the spectrum of the Cesàro operator over the sequence space bv

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Summary

Introduction

Baliarsingh abstract: The main purpose of this article is to determine the spectrum and the fine spectrum of second order difference operator ∆2 over the sequence space c0. For any sequence (xk)∞ 0 in c0, the generalized second order difference operator K=1 the Spectrum of 2-nd order Generalized Difference Operator ∆2 237 Let ω be the set of all sequences of real or complex numbers.

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