ABSTRACT
This research focuses on the formulation of block hybrid methods with power series as basic function through interpolation and collocation techniques for numerical solution of second order initial value problems in ordinary differential equations. The step number for the derived block hybrid method is k=2 with two off-step point and four offstep points. The basic properties of numerical methods were analyzed and findings revealed that the methods were consistent, zero-stable and convergent which makes them suitable for solving the class of problems considered such as linear and non-linear problems, oscillatory problems, Dynamic problem and Stiff system. The results obtained from the proposed methods, show that the methods are of higher accuracy and have superiority over some existing methods considered in the literature.
Background of the Study: Corporate Social Responsibility (CSR) refers to the voluntary actions taken by businesses to contribute to societal goals,...
BACKGROUND OF THE STUDY
The importance of electricity to economic development of any nation cannot be overemphasised.&nb...
Background of the study
Language ideologies, which encompass beliefs and attitudes about language use, play a significant role in shaping...
Background of the Study
School physical education policies are fundamental to ensuring that students receive balanced and...
ABSTRACT
In this research work, the researcher intended to have a general discussion with local government as my backgro...
Abstract
This study is on effects of social media on academic performance of secondary school student. The total populat...
Background of the Study
Religious tourism refers to travel undertaken for religious purposes, which can include pilgrimage, visits to religi...
ABSTRACT: The role of vocational education in supporting smart grid technology development is critical for the advancement of modern energy sy...
Background of the study
Fraudulent activities in university scholarship applications are a significant issue that can undermine the fairn...