Observations on Derived K-Fibonacci and Derived K- Lucas Sequences

Similar documents
On the Fibonacci-like Sequences of Higher Order

SOME NON-EXTENDABLE DIOPHANTINE TRIPLES IN SPECIAL NUMBER PATTERNS

Generalized Fibonacci-Like Sequence and. Fibonacci Sequence

Automated Proofs for Some Stirling Number Identities

ON THE BINARY QUADRATIC DIOPHANTINE EQUATION

International Research Journal of Engineering and Technology (IRJET) e-issn: ON THE BINARY QUADRATIC DIOPHANTINE EQUATION

ON SOME DIOPHANTINE EQUATIONS RELATED TO SQUARE TRIANGULAR AND BALANCING NUMBERS

International Journal of Mathematical Archive-4(9), 2013, 1-5 Available online through ISSN

6.4 Binomial Coefficients

Some Common Fixed Point Theorems in Cone Rectangular Metric Space under T Kannan and T Reich Contractive Conditions

Matrix representations of Fibonacci-like sequences

A Study on Some Integer Sequences

GLOBAL JOURNAL OF ENGINEERING SCIENCE AND RESEARCHES

AVERAGE MARKS SCALING

THE DOUBLE ANGLE FORMULA

Binomial transform of products

COMPLEX FACTORIZATIONS OF THE GENERALIZED FIBONACCI SEQUENCES {q n } Sang Pyo Jun

On Homogeneous Ternary Quadratic Diophantine Equation

International Journal of Multidisciplinary Research and Modern Education (IJMRME) ISSN (Online): (

GAMALIEL CERDA-MORALES 1. Blanco Viel 596, Valparaíso, Chile. s: /

On Second Order Additive Coupled Fibonacci Sequences

Solution of Differential Equation from the Transform Technique

Double Derangement Permutations

THREE CURIOUS DIOPHANTINE PROBLEMS

Application of Homotopy Analysis Method for Solving various types of Problems of Ordinary Differential Equations

Problem. Consider the sequence a j for j N defined by the recurrence a j+1 = 2a j + j for j > 0

Accepted in Fibonacci Quarterly (2007) Archived in SEQUENCE BALANCING AND COBALANCING NUMBERS

International Journal of Multidisciplinary Research and Development. M.A. Gopalan, A. Kavitha, G. Thamaraiselvi

Control chart for number of customers in the system of M [X] / M / 1 Queueing system

- Pyramidal number of rank n with size m. - Polygonal number of rank n with size m.

The Differential Transform Method for Solving Volterra s Population Model

Some results on the Apostol-Bernoulli and Apostol-Euler polynomials

Chapter 2. Asymptotic Notation

Pell and Lucas primes

Pellian sequence relationships among π, e, 2

Available online through ISSN

Abstract We obtain infinitely many non-zero integer sextuples ( x, y, z, w, p, T )

Reciprocal Series of K Fibonacci Numbers with Subscripts in Linear Form

Recursive Algorithms. Recurrences. Recursive Algorithms Analysis

Recurrence Relations

SOME TRIBONACCI IDENTITIES

Generating Functions for Laguerre Type Polynomials. Group Theoretic method

JORGE LUIS AROCHA AND BERNARDO LLANO. Average atchig polyoial Cosider a siple graph G =(V E): Let M E a atchig of the graph G: If M is a atchig, the a

DISTANCE BETWEEN UNCERTAIN RANDOM VARIABLES

Fuzzy n-normed Space and Fuzzy n-inner Product Space

Pythagorean Triangle with Area/ Perimeter as a special polygonal number

FUZZY RELIABILITY ANALYSIS OF COMPOUND SYSTEM BASED ON WEIBULL DISTRIBUTION

Some Basic Diophantine Equations

A GENERALIZATION OF THE SYMMETRY BETWEEN COMPLETE AND ELEMENTARY SYMMETRIC FUNCTIONS. Mircea Merca

Lebesgue Constant Minimizing Bivariate Barycentric Rational Interpolation

Name Period ALGEBRA II Chapter 1B and 2A Notes Solving Inequalities and Absolute Value / Numbers and Functions

Generating Functions and Their Applications

ON THE HADAMARD PRODUCT OF BALANCING Q n B AND BALANCING Q n

ONE MODULO THREE GEOMETRIC MEAN LABELING OF SOME FAMILIES OF GRAPHS

Research Article. ISSN (Print) *Corresponding author C.Nithya Abstract: The binary quadratic equation x 5xy

ON SOME GAUSSIAN PELL AND PELL-LUCAS NUMBERS

Bertrand s postulate Chapter 2

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

18.S34 (FALL, 2007) GREATEST INTEGER PROBLEMS. n + n + 1 = 4n + 2.

Uncertainty Principle of Mathematics

A New Family of Multipoint Iterative Methods for Finding Multiple Roots of Nonlinear Equations

1.2 AXIOMATIC APPROACH TO PROBABILITY AND PROPERTIES OF PROBABILITY MEASURE 1.2 AXIOMATIC APPROACH TO PROBABILITY AND

Sequences of Definite Integrals, Factorials and Double Factorials

AN EFFICIENT ESTIMATION METHOD FOR THE PARETO DISTRIBUTION

2.4 - Sequences and Series

(3) (4) The least positive integer solution of (3) is

Review Article Incomplete Bivariate Fibonacci and Lucas p-polynomials

Algorithm of Superposition of Boolean Functions Given with Truth Vectors

Examination of Proper Randomness of the Numbers Generated by Rand Corporation (1955) Random Number Table: t-test

You may work in pairs or purely individually for this assignment.

Average Number of Real Zeros of Random Fractional Polynomial-II

ECE Spring Prof. David R. Jackson ECE Dept. Notes 20

Math 4707 Spring 2018 (Darij Grinberg): midterm 2 page 1. Math 4707 Spring 2018 (Darij Grinberg): midterm 2 with solutions [preliminary version]

Dominating Sets and Domination Polynomials of Square Of Cycles

The r-generalized Fibonacci Numbers and Polynomial Coefficients

On an Algorithm for Isomorphism-Free Generations of Combinatorial Objects

ASYMPTOTIC STABILITY OF POSITIVE FRACTIONAL 2D LINEAR SYSTEMS WITH DELAYS

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

Uniform Strict Practical Stability Criteria for Impulsive Functional Differential Equations

Abelian Theorem for Generalized Fourier-Laplace Transform

LINEAR RECURSION RELATIONS - LESSON FOUR SECOND-ORDER LINEAR RECURSION RELATIONS

A Block Cipher Using Linear Congruences

Bernoulli Polynomials Talks given at LSBU, October and November 2015 Tony Forbes

Summer MA Lesson 13 Section 1.6, Section 1.7 (part 1)

(s)h(s) = K( s + 8 ) = 5 and one finite zero is located at z 1

A Pair of Operator Summation Formulas and Their Applications

Improved Class of Ratio -Cum- Product Estimators of Finite Population Mean in two Phase Sampling

Research Article Sums of Products of Cauchy Numbers, Including Poly-Cauchy Numbers

Two-step Extrapolated Newton s Method with High Efficiency Index

Research Article Some E-J Generalized Hausdorff Matrices Not of Type M

CERTAIN CONGRUENCES FOR HARMONIC NUMBERS Kotor, Montenegro

S. A. ALIEV, Y. I. YELEYKO, Y. V. ZHERNOVYI. STEADY-STATE DISTRIBUTIONS FOR CERTAIN MODIFICATIONS OF THE M/M/1/m QUEUEING SYSTEM

Decoupling Zeros of Positive Discrete-Time Linear Systems*

After the completion of this section the student

On the Jacobsthal-Lucas Numbers by Matrix Method 1

x !1! + 1!2!

PAijpam.eu ON TENSOR PRODUCT DECOMPOSITION

wavelet collocation method for solving integro-differential equation.

Orthogonal Functions

62. Power series Definition 16. (Power series) Given a sequence {c n }, the series. c n x n = c 0 + c 1 x + c 2 x 2 + c 3 x 3 +

Transcription:

ISSN(Olie): 9-875 ISSN (Prit): 7-670 Iteratioal Joural of Iovative Research i Sciece Egieerig ad Techology (A ISO 97: 007 Certified Orgaizatio) Vol. 5 Issue 8 August 06 Observatios o Derived K-iboacci ad Derived K- ucas Sequeces S.Vidhyalakshi M.A.Gopala E.Prealatha Professor Dept. of Matheatics SIGC Trichy Tail Nadu Idia Asst. Professor Dept. of Matheatics Natioal College Trichy Tail Nadu Idia ABSTRACT: I this paper we preset soe rearkable properties of derived k- iboacci ad derived k- ucas ubers. The idetities are ot cosidered earlier. KEYWORDS: Derived k-iboacci sequece ad derived k- ucas sequece Biet s forula. 00 Matheatics Subject Classificatio: B9 B8 I. INTRODUCTION It is well kow that the iboacci sequece is faous for its woderful ad aazig properties. iboacci coposed a uber text i which he did iportat work i uber theory ad the solutio of algebraic equatios. The equatio of rabbit proble posed by iboacci is kow as the first atheatical odel for populatio growth. ro the stateet of rabbit proble the faous iboacci ubers ca be derived. This sequece of iboacci ubers is extreely fruitful ad appears i differet areas i atheatics ad sciece. The iboacci sequece ucas sequece Pell sequece Pell ucas sequece Jacobsthal sequece ad Jacobsthal ucas sequece are ost proiet exaples of recursive sequeces. The iboacci sequece [] is defied by the recurrece relatio k with 0 0. The ucas sequece [] is defied by the recurrece relatio k k k k with 0 The secod order recurrece sequece has bee geeralized i two ways aily first by preservig the iitial coditios ad secod by preservig the recurrece relatio. I this cotext oe ay refer [9]. D.Kala ad R.Mea [] geeralize the iboacci sequece by a b with 0 0 A..Horada[] defied geeralized the iboacci sequece { } H H H with H p H p q where p ad q are arbitrary itegers. B.Sigh O.Sikhwal ad S.Bhatagar [] defied iboacci like sequece by recurrece relatio S k S k S k k with S 0 S.The associated iitial coditios S 0 ad S are the su of the ioacci ad ucas sequeces respectively. i.e S0 0 0 ad S..R.Natividad [] Derivig a forula i solvig iboacci like sequece. He foud issig ters i iboacci like sequece ad solved by stadard forula. V.K.Gupta V.Y.Pawar ad O.Sikhwal [7] defied geeralized iboacci sequeces ad derived its idetities coectio forulae ad other results. V.K.Gupta V.Y.Pawar ad N.Gupta [6] stated ad derived idetities for iboacci like sequece. Also described ad derived coectio forulae ad egatio forulae for iboacci like sequece. B.Sigh V.K.Gupta ad V.Y.Pawar [] preset ay cobiatio of higher powers of iboacci like sequece. Copyright to IJIRSET DOI:0.5680/IJIRSET.06.05080 577

ISSN(Olie): 9-875 ISSN (Prit): 7-670 Iteratioal Joural of Iovative Research i Sciece Egieerig ad Techology (A ISO 97: 007 Certified Orgaizatio) Vol. 5 Issue 8 August 06 The k-iboacci ubers defied by alco Plaza.A [5] depedig oly o oe iteger paraeter k as follows: or ay positive real uber the k-iboacci sequece is defied recurretly by k k k with 0 0 I [0] A.D.Godase ad M.B.Dhake have preseted soe properties of k=iboacci ad k-ucas ubers by usig atrices. I [8] Yashwat K.Pawar G.P.Rathore ad Richa chawla have established soe iterestig properties of k- iboacci like ubers. I this paper we itroduce the derived k- iboacci ad derived k- ucas sequeces. We preset soe properties of derived k- iboacci ad derived k- ucas ubers. Also we illustrate the ethod of obtaiig Diophatie quadruples with property D() ad D() wherei the ebers of the quadruples are represeted by derived k- iboacci ad derived k- ucas ubers. urther we derive telescopig series for derived k- iboacci ad derived k- ucas sequeces. II. METHOD O ANAYSIS Defiitio : Derived k-iboacci sequece or ay positive real uber the derived k-iboacci sequece is defied as 0 0 ad for. Biet for for k is r r where r r r r r r Defiitio : Derived k-ucas sequece or ay positive real uber the derived k-ucas sequece is defied as k 0 ad k for. Biet for for k is r r where r r r r irst 5 derived k-iboacci ubers are give below. k k k k 5 k k 5 6 k 5k k 6 7 k 5k 6k 7 5 8 k 6k 0k k 8 6 9 k 7k 5k 0k 9 7 5 0 k 8k k 0k 5k 0 8 6 k 9k 8k 5k 5k 9 7 5 k 0k 6k 56k 5k 6k Copyright to IJIRSET DOI:0.5680/IJIRSET.06.05080 577

ISSN(Olie): 9-875 ISSN (Prit): 7-670 Iteratioal Joural of Iovative Research i Sciece Egieerig ad Techology (A ISO 97: 007 Certified Orgaizatio) Vol. 5 Issue 8 August 06 0 5 8 8 6 70 k k k k k k 9 7 5 k k 55k 0k 6k 56k 7k 0 8 6 5 k k 66k 65k 0k 6k 8k irst 5 derived k-ucas ubers are give below. k k k k k k 5 5 k 5k 5k 6 6 k 6k 9k 7 5 7 k 7k k 7k 8 6 8 k 8k 0k 6k 9 7 5 9 k 9k 7k 0k 9k 0 8 6 0 k 0k 5k 50k 5k 9 7 5 k k k 77k 55k k 0 8 6 k k 5k k 05k 6k k k k 65k 9 56k 7 8k 5 9k k k k k 77k 0 0k 8 9k 6 96k 9k k 5 k 5k 90k 75k 9 50k 7 78k 5 0k 5 5k Properties of derived k- iboacci ad derived k- ucas sequeces:.. k k k ( ).. 5. 6. k k 7. ( ) k 8. k k ( ) k Copyright to IJIRSET DOI:0.5680/IJIRSET.06.05080 577

ISSN(Olie): 9-875 ISSN (Prit): 7-670 Iteratioal Joural of Iovative Research i Sciece Egieerig ad Techology 9. ( ) k k k 0..... (A ISO 97: 007 Certified Orgaizatio) Vol. 5 Issue 8 August 06 5. ( k ) [ ] 6. ( ) k 7. k k ( ) 8 8. ( k ) 9. ( )[ k ] 0. [ ] Costructio of Diophatie quadruples with property D () et a ( k ) b ( k ) be two ubers such that ab [ ] p ( say). Therefore the pair (a b) represets Diophatie -tuple with property D(). et c a b k It is oted that ac [( k ) ] q ( say) bc [( k ) ] r ( say) Thus the triple (a b c) is Diophatie -tuple with property D(). If d is the fourth tuple the by Euler s forula d ( k k k k k k k ) ( ) [( ) ( ) ] ( )( ) Thus the quadruple (a b c d) represets Diophatie quadruple with property D() as the product of ay two ebers of the above set added with uity is a perfect square. I a siilar aer oe ca observe that the quadruple {( k ) ( k ) ( ) ( ) [ ( ) ] ( )( ) k k } is Diophatie quadruple with property D (). Copyright to IJIRSET DOI:0.5680/IJIRSET.06.05080 577

ISSN(Olie): 9-875 ISSN (Prit): 7-670 Iteratioal Joural of Iovative Research i Sciece Egieerig ad Techology (A ISO 97: 007 Certified Orgaizatio) Vol. 5 Issue 8 August 06 Costructio of Diophatie quadruples with property D () et a ( k ) b ( k ) be two ubers such that ab p ( say). Therefore the pair (a b) represets Diophatie -tuple with property D(). et c a b k It is oted that ac [( k ) ] q ( say) bc [( k ) ] r ( say) Thus the triple (a b c) is Diophatie -tuple with property D(). If d is the fourth tuple the by Euler s forula d ( k ) k k k k k ( ) Thus the quadruple (a b c d) represets Diophatie quadruple with property D() as the product of ay two ebers of the above set added with is a perfect square. I a siilar aer oe ca observe that the quadruple {( k ) ( k ) * ( )} is Diophatie quadruple with property D(). Note: Also oe ca observe that the quadruple {( k ) ( k ) k k } is Diophatie quadruple with property D(). III. TEESCOPING SERIES OR DERIVED K- IBONACCI AND DERIVED K- UCAS SEQUENCES: I this sectio we preset theores exhibitig telescopig series for derived k- iboacci ad derived k- ucas sequeces. Theore: If 0 the ) i i ( ) k i ) Replacig by ad by (+) i property () we have ( ) ( ) () which we obtai ) ( ) k ) Replacig by i i () ad takig the suatio fro i= to we have i i) i i k i k i i ( ) i ) ) ) (o expadig) () Copyright to IJIRSET DOI:0.5680/IJIRSET.06.05080 5775

ISSN(Olie): 9-875 ISSN (Prit): 7-670 Iteratioal Joural of Iovative Research i Sciece Egieerig ad Techology (A ISO 97: 007 Certified Orgaizatio) Vol. 5 Issue 8 August 06 Theore: If 0 the ) i0 i ( i) ( ) ro () we have ) k k ) ( ) Replacig by i i () ad takig the suatio fro i=0 to we have i) i i k i k i k i k i 0 ( ) 0 ( ) i ) 0 (o expadig) ) 0 ) ( 0 0 ) ( ) () Theore: If 0 the (i) ( ) i ( i ) i ( ) Replacig by ad by (+) i property (0) we have () ( ) ( ) () fro which we get () ) ( ) k ) Multiplyig () ad (5) we have () ) ( ) ) Replacig by i i the above equatio ad takig the suatio fro i= to we have k i k i ( ) i) i k k i k i i k i ( ) i) ) ) (o expadig) (5) Copyright to IJIRSET DOI:0.5680/IJIRSET.06.05080 5776

ISSN(Olie): 9-875 ISSN (Prit): 7-670 Iteratioal Joural of Iovative Research i Sciece Egieerig ad Techology (A ISO 97: 007 Certified Orgaizatio) Vol. 5 Issue 8 August 06 ( ) ( ) * ( ) ( ) (6) ( ) Now replacig by (+) by i property (0) ad () we have ( ) ( ) ( ) (7) ad ( ) ( ) (8) Usig (7) ad (8) i (6) we have (i) ( ) i k i k i ( ) ( ) ( ) ( ) Theore: If 0 the (i) ( ) i0 ( i ) i ( ) ro () we have () ) k k ) ( ) Multiplyig () ad (9) we have () ) ( ) ) Replacig by i i the above equatio ad takig the suatio fro i=0 to we have k i ( ) i) i i k k i k i i0 k i 0 ( ) ( ) i ( ) (o expadig) ( ) (9) (0) Theore: 5 If 0 the (i ) [ (i) ] ( ) i0 8 i ( i) ( ) Copyright to IJIRSET DOI:0.5680/IJIRSET.06.05080 5777

ISSN(Olie): 9-875 ISSN (Prit): 7-670 Iteratioal Joural of Iovative Research i Sciece Egieerig ad Techology Replace by i i (9) ad () Now ( 9) () (A ISO 97: 007 Certified Orgaizatio) Vol. 5 Issue 8 August 06 (i ) i) i i) i i) i i) i i ( i) = i) i i) i Replace by i i (0) ad ultiplyig the resultig equatio by () we have (i) [ (i) ] i) i 8 i ( i) i) i I the above equatio takig the suatio i=0 to we have k i k i k ( ) [ ( ) ] i) i i k i 8 k i i0 k i 0 ( ) ( ) i ( ) (o expadig) 8( ) IV. CONCUSION () I this paper we have stated ad derived ay properties of derived k- iboacci ad derived k- ucas sequeces through Biet s forulae. Also we have costructed Diophatie quadruples with property D() ad D() where the ubers of the quadruples are derived k- iboacci ad derived k- ucas ubers. ially we preset soe telescopig series ivolvig derived k- iboacci ad derived k- ucas ubers. ACKNOWEDGEMENT The fiacial support fro the UGC New Delhi (-MRP-5/(SERO/UGC) dated arch 0) for a part of this work is gratefully ackowledged. REERENCES [] A..Horada The geeralized iboacci sequeces The Aerica Math.othly 68(5)9655-59. [] D.Kala ad R.Mea The iboacci ubers-exposed The atheatical Magazie (00). [] T.Koshu iboacci ad lucas ubers with applicatios A.Wileg Itersciece publicatio New Yor 00. [] B.SighV.K.Gupta ad Y.K.Pawar O cobiatios of higher powers of iboacci like sequece Ope Joural of Matheatical odelig ()(0) 6-66. [5] S.alco Plaza.A O the k- iboacci k- uber Chaos solutios ad ractals 8()008 09-0. [6] V.K.GuptaY.K. Pawar ad N.Gupta Idetities of iboacci like sequece J.Math. Coput.Sci (6)0 80-807. [7] V.K.Gupta Y.K.Pawar ad O.Sikhwal The geeralized iboacci sequeces Theoretical Matheatics ad applicatios ()(0) 5-. [8] Yashwat.K.Pawar G.P.S.Rathore ad Richa Chawla O the k- iboacci like sequece- ike ubers Turkish Joural of Aalysis ad uber theory ()(0) 9-. [9] Yashwat.K.Pawar Bijedra sigh ad V.K.GuptaGeeralized iboacci sequeces ad its properties Palestie joural of atheatics ()(0)-7. [0] A.D.Godase M.B.Dhake O the properties of k- iboacci ad k- ucas ubers IJAAMM()(0)00-06. [].R.Natividad Derivig a forula i solvig iboacci- like sequece Iteratioal joural of atheatics Scietific coputig ()(0)9-. [] B.Sigh O.Sikhwal ad S.Bhatagar iboacci- like sequece ad its properties Iteratioal joural of cotep.math. Scieces 5()00) 859-868. Copyright to IJIRSET DOI:0.5680/IJIRSET.06.05080 5778