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
The small scale industries (SSIs) form the bedrock of the economic growth in ev...
ABSTRACT
The main focus of this study is to present an analysis of impact of covid-19 lockdown andd inc...
ABSTRACT
This study assessed knowledge, attitude, practice and availability of safety measures towards prevention of Healthcare-Associate...
STATEMENT OF THE PROBLEM
A large proportion of the government health institutions are faced with similar problems. These problems hinder...
ABSTRACT
This study is carried out to ascertain the perception and attitude of...
ABSTRACT
This study was carried out to examine the effect of electronic payment system on customer sati...
ABSTRACT
This study empirically examined the impact of external trade on economic growth of Nigeria between the period 1...
Abstract
Starch was extracted from the two varieties of millet (Pennisetum glaucum and Pennisetum americanum) by the wet extraction metho...
ABSTRACT
Nigerian payment systems are cash-driven because cash is the main mode of payments for several transactions. However, the Point...
Abstract
Nigeria as nation has over the years engaged in lots of developmental activities without actions which makes a...