Lebesgue Measurable Function In Fractional Differential Equations

Bassam, M.A. [1], proved some existence and uniqueness theorems for the following fractional linear differential equation.                         ..1 With the initial conditions   Where a<x<b, 0< a£1, mk are real numbers, k=1,2,…,n,   pi(x) , F(x)  are continuous fu...

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Main Author: Sabah Mahmood Shaker
Format: Article
Language:English
Published: Faculty of Computer Science and Mathematics, University of Kufa 2011-05-01
Series:Journal of Kufa for Mathematics and Computer
Subjects:
Online Access:https://journal.uokufa.edu.iq/index.php/jkmc/article/view/2146
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author Sabah Mahmood Shaker
author_facet Sabah Mahmood Shaker
author_sort Sabah Mahmood Shaker
collection DOAJ
description Bassam, M.A. [1], proved some existence and uniqueness theorems for the following fractional linear differential equation.                         ..1 With the initial conditions   Where a<x<b, 0< a£1, mk are real numbers, k=1,2,…,n,   pi(x) , F(x)  are continuous functions defined on (a,b) such that p0(x)≠0, i=0,1…,n and y[(n-i) α] denotes the fractional derivative of order (n-i)α  for the function  y. In this work we prove some theorems for equation (1), however for α=1. Equation (1) is an ordinary differential equation of order n, therefore all the theorems proved here will be reduced to well known result in the theory of ordinary differential equations. Moreover, We give some examples and an application for equation (1).
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spelling doaj.art-3c09e7ac36cd4156b89b9043b3c560532024-03-10T10:59:06ZengFaculty of Computer Science and Mathematics, University of KufaJournal of Kufa for Mathematics and Computer2076-11712518-00102011-05-011310.31642/JoKMC/2018/010303Lebesgue Measurable Function In Fractional Differential EquationsSabah Mahmood Shaker0Al_Mustansiriya University Bassam, M.A. [1], proved some existence and uniqueness theorems for the following fractional linear differential equation.                         ..1 With the initial conditions   Where a<x<b, 0< a£1, mk are real numbers, k=1,2,…,n,   pi(x) , F(x)  are continuous functions defined on (a,b) such that p0(x)≠0, i=0,1…,n and y[(n-i) α] denotes the fractional derivative of order (n-i)α  for the function  y. In this work we prove some theorems for equation (1), however for α=1. Equation (1) is an ordinary differential equation of order n, therefore all the theorems proved here will be reduced to well known result in the theory of ordinary differential equations. Moreover, We give some examples and an application for equation (1). https://journal.uokufa.edu.iq/index.php/jkmc/article/view/2146Ordinary Differential Equations Lebesgue Measurable Function Fractional Differential Equations.
spellingShingle Sabah Mahmood Shaker
Lebesgue Measurable Function In Fractional Differential Equations
Journal of Kufa for Mathematics and Computer
Ordinary Differential Equations
Lebesgue Measurable Function
Fractional Differential Equations.
title Lebesgue Measurable Function In Fractional Differential Equations
title_full Lebesgue Measurable Function In Fractional Differential Equations
title_fullStr Lebesgue Measurable Function In Fractional Differential Equations
title_full_unstemmed Lebesgue Measurable Function In Fractional Differential Equations
title_short Lebesgue Measurable Function In Fractional Differential Equations
title_sort lebesgue measurable function in fractional differential equations
topic Ordinary Differential Equations
Lebesgue Measurable Function
Fractional Differential Equations.
url https://journal.uokufa.edu.iq/index.php/jkmc/article/view/2146
work_keys_str_mv AT sabahmahmoodshaker lebesguemeasurablefunctioninfractionaldifferentialequations