A New Result On A,p n,δ k -Summabilty

Similar documents
ON ABSOLUTE MATRIX SUMMABILITY FACTORS OF INFINITE SERIES. 1. Introduction

SOME NEW SEQUENCE SPACES AND ALMOST CONVERGENCE

Lacunary Almost Summability in Certain Linear Topological Spaces

International Journal of Mathematics Trends and Technology (IJMTT) Volume 47 Number 1 July 2017

On the Circulant Matrices with. Arithmetic Sequence

Structure and Some Geometric Properties of Nakano Difference Sequence Space

Some Integral Mean Estimates for Polynomials

FIXED POINT AND HYERS-ULAM-RASSIAS STABILITY OF A QUADRATIC FUNCTIONAL EQUATION IN BANACH SPACES

Some Topics on Weighted Generalized Inverse and Kronecker Product of Matrices

On Summability Factors for N, p n k

A NEW NOTE ON LOCAL PROPERTY OF FACTORED FOURIER SERIES

ABSOLUTE INDEXED SUMMABILITY FACTOR OF AN INFINITE SERIES USING QUASI-F-POWER INCREASING SEQUENCES

Strong Result for Level Crossings of Random Polynomials

Generalization of Horadam s Sequence

On a Problem of Littlewood

Asymptotic Expansions of Legendre Wavelet

Strong Result for Level Crossings of Random Polynomials. Dipty Rani Dhal, Dr. P. K. Mishra. Department of Mathematics, CET, BPUT, BBSR, ODISHA, INDIA

Taylor Transformations into G 2

Some Ideal Convergent Sequence Spaces Defined by a Sequence of Modulus Functions Over n-normed Spaces

174. A Tauberian Theorem for (J,,fin) Summability*)

Sums of Involving the Harmonic Numbers and the Binomial Coefficients

Available online at J. Math. Comput. Sci. 4 (2014), No. 3, ISSN:

On Almost Increasing Sequences For Generalized Absolute Summability

EVALUATION OF SUMS INVOLVING GAUSSIAN q-binomial COEFFICIENTS WITH RATIONAL WEIGHT FUNCTIONS

SOME ARITHMETIC PROPERTIES OF OVERPARTITION K -TUPLES

Existence and multiplicity of solutions to boundary value problems for nonlinear high-order differential equations

Auchmuty High School Mathematics Department Sequences & Series Notes Teacher Version

Modular Spaces Topology

REVIEW ARTICLE ABSTRACT. Interpolation of generalized Biaxisymmetric potentials. D. Kumar* G.L. `Reddy**

Math 7409 Homework 2 Fall from which we can calculate the cycle index of the action of S 5 on pairs of vertices as

Some Remarks on the Boundary Behaviors of the Hardy Spaces

International Journal of Mathematical Archive-3(5), 2012, Available online through ISSN

ON EUCLID S AND EULER S PROOF THAT THE NUMBER OF PRIMES IS INFINITE AND SOME APPLICATIONS

Research Article Approximation of Signals (Functions) by Trigonometric Polynomials in L p -Norm

ALMOST CONVERGENCE AND SOME MATRIX TRANSFORMATIONS

It is often useful to approximate complicated functions using simpler ones. We consider the task of approximating a function by a polynomial.

Some remarks on the paper Some elementary inequalities of G. Bennett

Conditional Convergence of Infinite Products

ON CERTAIN CLASS OF ANALYTIC FUNCTIONS

Using Difference Equations to Generalize Results for Periodic Nested Radicals

Range Symmetric Matrices in Minkowski Space

Available online through ISSN

On ARMA(1,q) models with bounded and periodically correlated solutions

Generalized Fixed Point Theorem. in Three Metric Spaces

Quadratic Harmonic Number Sums

Relation (12.1) states that if two points belong to the convex subset Ω then all the points on the connecting line also belong to Ω.

A GENERALIZATION OF A CONJECTURE OF MELHAM. 1. Introduction The Fibonomial coefficient is, for n m 1, defined by

Complementary Dual Subfield Linear Codes Over Finite Fields

( ) 1 Comparison Functions. α is strictly increasing since ( r) ( r ) α = for any positive real number c. = 0. It is said to belong to

SHIFTED HARMONIC SUMS OF ORDER TWO

International Journal of Mathematical Archive-5(3), 2014, Available online through ISSN

Sequences and Series of Functions

Generalized Fibonacci-Lucas Sequence

ON POINTWISE APPROXIMATION OF FUNCTIONS BY SOME MATRIX MEANS OF FOURIER SERIES

THE GREATEST ORDER OF THE DIVISOR FUNCTION WITH INCREASING DIMENSION

PROGRESSION AND SERIES

The value of Banach limits on a certain sequence of all rational numbers in the interval (0,1) Bao Qi Feng

Al Lehnen Madison Area Technical College 10/5/2014

A 2nTH ORDER LINEAR DIFFERENCE EQUATION

Finite q-identities related to well-known theorems of Euler and Gauss. Johann Cigler

Lecture 6: October 16, 2017

A question of Gol dberg concerning entire functions with prescribed zeros

By the end of this section you will be able to prove the Chinese Remainder Theorem apply this theorem to solve simultaneous linear congruences

Generalized k-normal Matrices

JORDAN CANONICAL FORM AND ITS APPLICATIONS

CHAPTER 5 : SERIES. 5.2 The Sum of a Series Sum of Power of n Positive Integers Sum of Series of Partial Fraction Difference Method

SOME PROPERTIES OF CERTAIN MULTIVALENT ANALYTIC FUNCTIONS USING A DIFFERENTIAL OPERATOR

PROBLEM SET 5 SOLUTIONS 126 = , 37 = , 15 = , 7 = 7 1.

Green Functions. January 12, and the Dirac delta function. 1 x x

M5. LTI Systems Described by Linear Constant Coefficient Difference Equations

Binomial transform of products

KANTOROVICH TYPE INEQUALITIES FOR THE DIFFERENCE WITH TWO NEGATIVE PARAMETERS. Received April 13, 2010; revised August 18, 2010

CERTAIN CONGRUENCES FOR HARMONIC NUMBERS Kotor, Montenegro

FIBONACCI-LIKE SEQUENCE ASSOCIATED WITH K-PELL, K-PELL-LUCAS AND MODIFIED K-PELL SEQUENCES

Progression. CATsyllabus.com. CATsyllabus.com. Sequence & Series. Arithmetic Progression (A.P.) n th term of an A.P.

Discrete Mathematics: Lectures 8 and 9 Principle of Inclusion and Exclusion Instructor: Arijit Bishnu Date: August 11 and 13, 2009

Jacobi symbols. p 1. Note: The Jacobi symbol does not necessarily distinguish between quadratic residues and nonresidues. That is, we could have ( a

Iterative Techniques for Solving Ax b -(3.8). Assume that the system has a unique solution. Let x be the solution. Then x A 1 b.

SOME SEQUENCE SPACES DEFINED BY ORLICZ FUNCTIONS

Common Fixed Points for Multifunctions Satisfying a Polynomial Inequality

ECE 901 Lecture 4: Estimation of Lipschitz smooth functions

A note on random minimum length spanning trees

S. K. VAISH AND R. CHANKANYAL. = ρ(f), b λ(f) ρ(f) (1.1)

Central limit theorem for functions of weakly dependent variables

A Common Fixed Point Theorem Using Compatible Mappings of Type (A-1)

Einstein Classes, Unit No. 102, 103, Vardhman Ring Road Plaza, Vikas Puri Extn., Outer Ring Road New Delhi , Ph. : ,

Assignment 5: Solutions

Journal of Inequalities in Pure and Applied Mathematics

Int. Journal of Math. Analysis, Vol. 6, 2012, no. 31, S. Panayappan

Global asymptotic stability in a rational dynamic equation on discrete time scales

Fixed Point Theorems for Expansive Mappings in G-metric Spaces

For this purpose, we need the following result:

Combinatorial Interpretation of Raney Numbers and Tree Enumerations

Recursion. Algorithm : Design & Analysis [3]

DANIEL YAQUBI, MADJID MIRZAVAZIRI AND YASIN SAEEDNEZHAD

MATH 312 Midterm I(Spring 2015)

Metric Space Properties

Math 104: Homework 2 solutions

The degree sequences and spectra of scale-free random graphs

A New Criterion for Stability of Delayed Takagi-Sugeno Fuzzy Cohen-Grossberg Neural Networks

Transcription:

OSR Joual of Matheatics (OSR-JM) e-ssn: 2278-5728, p-ssn:239-765x. Volue 0, ssue Ve. V. (Feb. 204), PP 56-62 www.iosjouals.og A New Result O A,p,δ -Suabilty Ripeda Kua &Aditya Kua Raghuashi Depatet of Matheatics FTM Uiesity Moadabad, U.P., dia, 24400 Abstact: this pape we hae established a ew theoe o Ap,, ad iteestig esults ad peious ow esults as a coollay. Keywods:, N p -suability, A -suability, A, -suability, Ap,, ifiite seies. Matheatical classificatio :40D25, 40E05, 40F05 & 40C0.. NTRODUCTON: -suability which gies soe ew -suability ad Let a be a gie ifiite seies with the sequece of patial su ( s ) ad let A ( a ) be a oal atix of o zeo diagoal eties. The A defies the sequece to sequece tasfoatio appig the sequeces s ( s ) to As ( A( s)), A (s) A s whee The seies whee a is said to suable A, if (RHOADES ad SAVAS [3]) (.) A ( s) (.2) A ( s) A ( s) A ( s) ad it is said to be suable A,, 0 ad 0 if Let ( ) p be a sequece of positie ubes such that A (.3) P p as (.4) 0 whee Pi pi 0, i ad a is said to be suable A, p, if (ÖZARSLAN, [2]) P p Ad is said to be suable A, p,,. A ( s) if P A ( s) p (.6) p f P, 0, Ap,, -suability is the sae as A -suability also if we tae a, the Ap, -suability is the sae as N, p -suability (BOR []). A sequece ( b ) of positie ubes is said to be -quasi ootoe, if b 0 ultiately ad b whee ( ) is a sequece of positie ubes (SAVAS [4]). ad a sequece ( d ) is said to be alost iceasig if thee exist a positie iceasig sequece ( c ) ad two positie costats A ad B such that Ac d Bc fo each. (.5) p www.iosjouals.og 56 Page

A New Result O A,p,δ -Suabilty. KNOWN RESULT: Coceig with absolute atix suability facto SAVAS [5] has poed the followig theoe. Theoe 2. Let A be a lowe tiagula o Noal atix with o-egatie eties satisfyig a,0 (2.) a, fo a (2.2) a O() (2.3) whee A associates with two lowe tiagula atices A & Â defied. ad a O( a ) (2.4) a, O( ) (2.5) a a,, 0,,2 ad a a a,, 2,3, f ( X ) is a alost iceasig sequece such that, X X O ad (2.6) 0 as (2.7) Suppose that thee exist a sequece of ubes ( A ) such that it is -quasi X, AX is coeget ad t O X ( ) whee t a, the the seies a is suable A,, ad 0.. MAN RESULT: The goal of this pape is to geealize the theoe (2.) fo Ap,, -suability. Theoe 3. follows ootoe with f A ( a ) is ay oal atix associated with two lowe sub-atices A ( a ) ad A ( a ) a a,, 0,,2 ad, â a a. whee 0,0 0,0 0,0 f the coditios (2.8) (2.9) as i (3.) i a a a (3.2) a,0 (3.3) www.iosjouals.og 57 Page

a, a, fo ad let ( p ) be the sequece of positie ubes such that, P O( p ) as A New Result O A,p,δ -Suabilty (3.4) p a O P (3.5) P P a O a p p P P a, O p p P f { X } is a alost iceasig sequece such that X O( X ) p Suppose that thee exist a sequece of ubes ( A ) such that it is -quasi AX is coeget ad A fo all, if whee t a ae satisfied the the seies p P (3.6) (3.7) ad 0 as. X, ootoe with (3.8) P t O( X ) p (3.9) a issuable A, p,,, 0. V. LEMMA: We eed the followig leas fo the poof of theoe (3.). Lea 4.. Ude the coditio of theoe, we hae ((SAVAS [4]) X O() Lea 4.2 (SAVAS [5]) X is a alost iceasig sequece such that Let { } X X O f ( A ) is -quasi ootoe with X, A X is coeget, the X A X A ad O() (4.) Let { y } be the th te of the A -tasfo of V. PROOF OF THEOREM: iai the, i0 www.iosjouals.og 58 Page

A New Result O A,p,δ -Suabilty ad 0 Y a s i i i0 a a i i0 i0 0 i a a 0 a, i i a a (5.) y y y ( a a ) a, 0 a a (5.2) we ay wite a y a a a a a a a a 2 at a t a, ( ) t a, t ( ) T T T T (5.3) (say),,2,3,4 To coplete the poof, it is sufficiet, by Miowsi's iequality, to show that Usig Hölde's iequality ad (5.3), we get P T, p P T,, fo,2,3,4 p (5.4) P a t p P, O() a t p P a a p O() t P P a a p p O() t www.iosjouals.og 59 Page

P P a a t p p O() P P t a a, p p O() P O() a t p P P O() a t a t p p P P t t p p O() ( O() A X O() X A New Result O A,p,δ -Suabilty O(). (5.5) Agai, usig the hypothesis of the theoe (3.) ad Lea (4.), usig Hölde's iequality P 2 T,2 2 p P a ( ) t p 2, P a, t 2 p P, 2 p O() a t P,, 2 p O() a t a fo (Rhoades ad Saas[3]). Hece a Ma, P P 2, 2 p p O() a a t P P t a a, p p O() P t a, p O() P O() t p www.iosjouals.og 60 Page

A New Result O A,p,δ -Suabilty P P p t p p P O() P P P t t p p p O() O(). P O() X O() X p P O() X O() A X O() A X p O() Next usig the hypothesis of the theoe (3.) ad Hölde's iequality P 3 T,3 2 p Fially P p 2 a t, P a, t 2 p P t a, a, 2 p O() P P a t a, 2 p p O() P P a t a, p p O() P P t a a, p p O() P O() t a, p O() P t p P p O() ( t O() ( ) X O() X O() www.iosjouals.og 6 Page

A New Result O A,p,δ -Suabilty P 4 T,4 p P ( ) a t p P O() a t p P P O() a a t p p P O() a t p O(), as i the poof of. This copletes the poof of theoe. V. COROLLARY: This theoe hae the followig esults as a coollay. Coollay 6. P Taig the theoe (3.) educes to theoe (2.). p Coollay 6.2 P Taig, ad 0 the theoe (3.) is A -suable. p Coollay 6.3 p Taig a, ad 0 the theoe (3.) is N, p -suable. P REFERENCES: [] BOR, H; O local popety of N, p, -suability of factoed Fouie seies, J. Math. Aal. Appl. 79 (993). [2] OZARSLAN, H.S.; O absolute atix suability ethods, Matheatical Cou. 2, (2007). [3] RHOADES, B,E. ad SAVAS, E.; O A -suability factos, Alco, Math. Hug, (2006). [4] SAVAS, E.; A suability facto theoe fo absolute suability iolig -quasi -ootoe ad alost iceasig sequece, Math. Coput. Model, 48, (2008). [5] SAVAS, E.; A ote o absolute suability facto theoe ad alost iceasig sequeces, acadeic, Joual, Vol. 8 (203). www.iosjouals.og 62 Page