PROBLEMS AND PROPERTIES OF A NEW DIFFERENTIAL OPERATOR (Masalah dan Sifat-sifat suatu Pengoperasi Pembeza Baharu)

Similar documents
On Certain Classes of Analytic and Univalent Functions Based on Al-Oboudi Operator

Integral Operator Defined by k th Hadamard Product

For this purpose, we need the following result:

On New Bijective Convolution Operator Acting for Analytic Functions

On A Subclass of Harmonic Univalent Functions Defined By Generalized Derivative Operator

ON CERTAIN CLASS OF ANALYTIC FUNCTIONS

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

Summary: Binomial Expansion...! r. where

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

UNIT V: Z-TRANSFORMS AND DIFFERENCE EQUATIONS. Dr. V. Valliammal Department of Applied Mathematics Sri Venkateswara College of Engineering

Expansion by Laguerre Function for Wave Diffraction around an Infinite Cylinder

On a New Subclass of Multivalant Functions Defined by Al-Oboudi Differential Operator

x a y n + b = 1 0<b a, n > 0 (1.1) x 1 - a y = b 0<b a, n > 0 (1.1') b n sin 2 + cos 2 = 1 x n = = cos 2 6 Superellipse (Lamé curve)

Mapping Radius of Regular Function and Center of Convex Region. Duan Wenxi

Generalized Fibonacci-Lucas Sequence

SOME ARITHMETIC PROPERTIES OF OVERPARTITION K -TUPLES

Some Properties of the K-Jacobsthal Lucas Sequence

INFINITE SERIES. ,... having infinite number of terms is called infinite sequence and its indicated sum, i.e., a 1

Complementary Dual Subfield Linear Codes Over Finite Fields

Sums of Involving the Harmonic Numbers and the Binomial Coefficients

Some Integral Mean Estimates for Polynomials

BRAIN TEASURES INDEFINITE INTEGRATION+DEFINITE INTEGRATION EXERCISE I

On Natural Partial Orders of IC-Abundant Semigroups

SHIFTED HARMONIC SUMS OF ORDER TWO

Range Symmetric Matrices in Minkowski Space

AN INEQUALITY OF GRÜSS TYPE FOR RIEMANN-STIELTJES INTEGRAL AND APPLICATIONS FOR SPECIAL MEANS

Reversing the Arithmetic mean Geometric mean inequality

SOME SHARP OSTROWSKI-GRÜSS TYPE INEQUALITIES

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

PROGRESSION AND SERIES

On the Explicit Determinants and Singularities of r-circulant and Left r-circulant Matrices with Some Famous Numbers

Structure and Some Geometric Properties of Nakano Difference Sequence Space

DANIEL YAQUBI, MADJID MIRZAVAZIRI AND YASIN SAEEDNEZHAD

Convergence rates of approximate sums of Riemann integrals

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

Generalization of Horadam s Sequence

Certain sufficient conditions on N, p n, q n k summability of orthogonal series

Math 4318 : Real Analysis II Mid-Term Exam 1 14 February 2013

EXERCISE - 01 CHECK YOUR GRASP

Double Sums of Binomial Coefficients

Relations on the Apostol Type (p, q)-frobenius-euler Polynomials and Generalizations of the Srivastava-Pintér Addition Theorems

Convergence rates of approximate sums of Riemann integrals

Surds, Indices, and Logarithms Radical

THE ANALYTIC LARGE SIEVE

Zero Level Binomial Theorem 04

Lecture 6: October 16, 2017

1. (25 points) Use the limit definition of the definite integral and the sum formulas to compute. [1 x + x2

On Almost Increasing Sequences For Generalized Absolute Summability

Concavity Solutions of Second-Order Differential Equations

A NOTE ON DOMINATION PARAMETERS IN RANDOM GRAPHS

SOLUTIONS ( ) ( )! ( ) ( ) ( ) ( )! ( ) ( ) ( ) ( ) n r. r ( Pascal s equation ). n 1. Stepanov Dalpiaz

Bangi 43600, Selangor Darul Ehsan, Malaysia (Received 12 February 2010, accepted 21 April 2010)

On the k-lucas Numbers of Arithmetic Indexes

IDENTITIES FOR THE NUMBER OF STANDARD YOUNG TABLEAUX IN SOME (k, l)-hooks

We show that every analytic function can be expanded into a power series, called the Taylor series of the function.

We will begin by supplying the proof to (a).

On Some Fractional Integral Operators Involving Generalized Gauss Hypergeometric Functions

FRACTIONAL CALCULUS OF GENERALIZED K-MITTAG-LEFFLER FUNCTION

Simultaneous Estimation of Adjusted Rate of Two Factors Using Method of Direct Standardization

Using Difference Equations to Generalize Results for Periodic Nested Radicals

A Study on the Bases of Space of Vector Valued Entire Multiple Dirichlet Series

A note on random minimum length spanning trees

LOCUS OF THE CENTERS OF MEUSNIER SPHERES IN EUCLIDEAN 3-SPACE. 1. Introduction

Technical Report: Bessel Filter Analysis

Modular Spaces Topology

Week 13 Notes: 1) Riemann Sum. Aim: Compute Area Under a Graph. Suppose we want to find out the area of a graph, like the one on the right:

SULIT 3472/2. Rumus-rumus berikut boleh membantu anda menjawab soalan. Simbol-simbol yang diberi adalah yang biasa digunakan.

Review of Sections

The Definite Riemann Integral

Taylor Transformations into G 2

[ 20 ] 1. Inequality exists only between two real numbers (not complex numbers). 2. If a be any real number then one and only one of there hold.

On composite conformal mapping of an annulus to a plane with two holes

The Weierstrass Approximation Theorem

RECIPROCAL POWER SUMS. Anthony Sofo Victoria University, Melbourne City, Australia.

BINOMIAL THEOREM SOLUTION. 1. (D) n. = (C 0 + C 1 x +C 2 x C n x n ) (1+ x+ x 2 +.)

Advanced Higher Maths: Formulae

arxiv:math/ v3 [math.oc] 5 Apr 2008

Neighborhoods of Certain Class of Analytic Functions of Complex Order with Negative Coefficients

2.Decision Theory of Dependence

I PUC MATHEMATICS CHAPTER - 08 Binomial Theorem. x 1. Expand x + using binomial theorem and hence find the coefficient of

Chapter 5. The Riemann Integral. 5.1 The Riemann integral Partitions and lower and upper integrals. Note: 1.5 lectures

A general theory of minimal increments for Hirsch-type indices and applications to the mathematical characterization of Kosmulski-indices

Advanced Physical Geodesy

MATH /19: problems for supervision in week 08 SOLUTIONS

p-adic Invariant Integral on Z p Associated with the Changhee s q-bernoulli Polynomials

Section IV.6: The Master Method and Applications

M5. LTI Systems Described by Linear Constant Coefficient Difference Equations

Counting Functions and Subsets

On Functions -Starlike with Respect to Symmetric Conjugate Points

The Multivariate-t distribution and the Simes Inequality. Abstract. Sarkar (1998) showed that certain positively dependent (MTP 2 ) random variables

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

APPLICATION OF DIFFERENCE EQUATIONS TO CERTAIN TRIDIAGONAL MATRICES

(1 q an+b ). n=0. n=0

MATH Midterm Solutions

THE NATIONAL UNIVERSITY OF IRELAND, CORK COLÁISTE NA hollscoile, CORCAIGH UNIVERSITY COLLEGE, CORK SUMMER EXAMINATION 2005 FIRST ENGINEERING

General properties of definite integrals

ME 501A Seminar in Engineering Analysis Page 1

POWER SERIES R. E. SHOWALTER

Generalisation on the Zeros of a Family of Complex Polynomials

Steiner Hyper Wiener Index A. Babu 1, J. Baskar Babujee 2 Department of mathematics, Anna University MIT Campus, Chennai-44, India.

Transcription:

Joul of Qulity Mesuemet d Alysis JQMA 7 0 4-5 Jul Peguu Kuliti d Alisis PROBLEMS AND PROPERTIES OF A NEW DIFFERENTIAL OPERATOR Mslh d Sift-sift sutu Pegopesi Peme Bhu MASLINA DARUS & IMRAN FAISAL ABSTRACT I this ppe we itoduce d study ew diffeetil opeto defied i the ope uit disc U : C. Usig this opeto we the itoduce ew suclss of lytic fuctios. Moeove we discuss coefficiet estimtes gowth d distotio theoems d iclusio popeties fo the fuctios elogig to the clss. Keywods: Alytic fuctios; covex fuctios; diffeetil opeto ABSTRAK Dlm mlh ii pegopesi peme hu dlm ce uit U : C dipeel d diji. Deg meggu pegopesi ii suels u fugsi lisis dipeel. Mlh gg peli teoem petumuh d eot d sift gum utu els tuut diicg. Kt uci: Fugsi lisis; fugsi cemug; pegopesi peme. Itoductio d Pelimiies Let A deote the clss of fuctios f of the fom f which e lytic d omlised i usul sese i the ope uit disc U : C Fo fuctio f i A we defie the followig diffeetil opeto: 0 D f f ; D f f f ; 3 D f D D f 4

Msli Dus & Im Fisl If f is give y the fom 4 we get D f 5 whee f A N 0. This geelises my opetos s follows. i Whe 0 we get D f the so-clled Al-Ooudi 004 diffeetil opeto. ii Whe 0 d we get D f the Sălăge s 983 diffeetil opeto. iii Whe 0 d we get D f diffeetil opeto give y Ulegddi d Somth 99. iv Whe 0 d eplcig y we get D f the diffeetil opeto of Cho d Sivstv 003. v Whe 0 d eplcig y we get D f 4

Polems o ew diffeetil opeto d its popeties well ow diffeetil opeto of Aouf et l. 009. Let deote the suclss of A cosistig of fuctios f which stisfy Re{ D f [ D f } 0 6 whee D f is give y 5. This implies tht it stisfies the followig iequlity D f D f D f D f whee U; 0; N0; C {0}. We ote tht i 0 7 Re{ f A: Re{ [ f f } U} 0 ii 00 D Re{ f A: Re{ [ iii 0 R Re{ f A: Re{ [ D iv 00 0 Re{ f A : Re{ [ v 0 0 R Re{ f A : Re{ [ f } U} 0 f } U} 0 f } U} 0 f } U} 0 43

Msli Dus & Im Fisl 0 vi 00 Re{ f A: Re f 0 U} 0 0 vii 0 R Re{ f A : Re f 0 U} 0 The clss R ws studied y Hlim 999 the clss y Che 974; 975 d whees the clss R y Eohi 965.. Coefficiet Iequlities I this sectio we fid the coefficiet iequlity fo the clss. Theoem. Let the fuctio f defied y stisfies the coditio [ [ 0 N 0 0 0 8 The f Poof. Suppose tht the iequlity 8 holds. The we hve fo U D f D f D f D f [ [ [ [ [ [ 44

Polems o ew diffeetil opeto d its popeties [ [ { [ [ } 0. whee D f is give y 5. This implies [ [ which shows tht f Coolly. Let the fuctio f defied y e i the clss hve The we [ [. Coolly. Let the hypotheses of Theoem. e stisfied. The fo 0 d we hve. 3. owth d Distotio Theoems A gowth d distotio popety fo fuctio f to e i the clss is give s follows: Theoem. If the fuctio f defied y is i the clss the fo we hve f [ [ f [ [ Poof. Let f the y Theoem. We hve 45

Msli Dus & Im Fisl [ [ [ [ Fom equtio we hve f Which implies f f [ [ Similly we c pove tht f [ [ Theoem 3. Let the hypotheses of Theoem e stisfied the fo f [ [ f [ [ Poof. Fom Theoem we hve f Sice [ [. d hece 46

Polems o ew diffeetil opeto d its popeties 47 [ [ [ [ we hve [ [. Fom we hve f f. Which poves tht f [ [ Similly f f shows tht f [ [

Msli Dus & Im Fisl Coolly 3. Let the hypotheses of Theoem e stisfied if 0 the fo we hve f f Theoem 4. If the fuctio f defied y is i the clss the fo we hve f [ [ f [ [ Poof. Let f the y usig Theoem we hve Also [ [ f f This shows tht f [ [ 48

Polems o ew diffeetil opeto d its popeties 49 Similly we c pove tht f [ [ 3. Iclusio popeties The iclusio popeties fo the clss e give y the followig theoem. Theoem 5. Let the hypotheses of Theoem e stisfied. The whee d Poof. Let f. The y usig Theoem we hve [ [ if implyig tht i such tht. This shows tht [ [ [ [ o

Msli Dus & Im Fisl [ [. Hece f which shows tht Similly let f the y usig Theoem we hve.this implies tht [ [ d hece. This poves tht f d filly implies tht. Employig simil pocedue we c pove tht d Fo moe detils out coefficiet ouds we efe to Joshi 007 Aouf 987 Silvem 975 Ri 997 d Ow d Aouf 989 espectively. Acowledgemets The wo peseted hee is fully suppoted y UKM-ST-06-FRS007-009. Refeeces Al-Ooudi F.M. 004. O uivlet fuctios defied y geelied Slge opeto. It. J. MtSci. 5:49-436. 50

Polems o ew diffeetil opeto d its popeties Aouf M.K. El-Ashwh R.M. & El-Dee S. M. 009. Some iequlities fo ceti p-vlet fuctios ivolvig exteded multiplie tsfomtios. Poc. Pist Acd. Sci. 46: 7-. Aouf M.K. 987. O suclsses of uivlet fuctios with egtive coefficiets III. Bull. Soc. Roy. Sci. Liege 56: 465-473. f Che M.P. 974. O fuctios stisfyig Re. Tmig J. Mth. Sci. Net. 3: 3-34. f Che M.P. 975. O the egul fuctios stisfyig Re. Bull. Is. Mth. Sci. Net. Acd. Siic 3: 65-70. Cho N.E. & Kim T.H. 003. Multiplie tsfomtios d stogly close to covex fuctios. Bull. Koe Mth. Soc. 40: 399-40. Cho N.E. & Sivstv H.M. 003. Agumet estimtes of ceti lytic fuctios defied y ceti Multiplie tsfomtios. Mth. Comput. Modelig 37: 39-49. Eohi T.. 965. Ceti estimtes i specil clsses of uivlet fuctios egul i the cicle. Dopovidi Ademiji Nu Koji RSR: 984-988. Hlim S.A. 999. O clss of fuctios of complex ode. Tmig J. Mth. 30: 47-53. Joshi S.B. 007. A uified pesettio of ceti suclss of lytic fuctio with egtive coefficiet. Mthemti 3: 3-8. Ow S. & Aouf M.K. 989. O suclsses of uivlet fuctios with the coefficiets. Pue App. Mth..Sci. 9:3-39. Ri R.K. 997. O ceti clsses of lytic fuctios d pplictios to fctiol clculus opeto. Itegl Tsfom d Specil Fuctios 5:3-9. Slge.S. 983. Suclsses of uivlet fuctios. Lectue otes i mthemtics Spige-Velg 03: 36-37. Silvem H. 975. Uivlet fuctios with egtive coefficiets. Poc. Ame. Mth. Soc. 5:09-6. Ulegddi B.A. & Somth C. 99. Ceti clsses of uivlet fuctio. I: Sivstv H.M. & Ow S. Eds.. Cuet Topics i Alytic Fuctio Theoy. Sigpoe: Wold Scietific Pulishig Compy. Cete fo Modellig d Dt Alysis DELTA School of Mthemticl Scieces Fculty of Sciece d Techology Uivesiti Kegs Mlysi 43600 UKM Bgi Selgo DE Mlysi E-mil: msli@um.my * im_fisll@yhoo.com * Coespodig utho 5