Solving Second-Order Delay Differential Equations by Direct Adams-Moulton Method

Table 2

Comparison of the numerical results for solving Problem 2.

Variable multistep method [10]		Direct method
t	MAXE	t	h	MAXE	FCN
0.1280	4.981077𝐸−08	0.1280	0.01280	1.187189𝐸−09	61
0.2360	1.726081𝐸−07	0.2360	0.02360	1.376962𝐸−08	67
0.3418	3.588844𝐸−07	0.3418	0.03418	6.102021𝐸−08	67
0.4444	5.915465𝐸−07	0.4444	0.04444	1.761052𝐸−07	67
0.5440	8.587104𝐸−07	0.5440	0.05440	7.825735𝐸−07	67
0.6412	1.149535𝐸−06	0.6412	0.06412	2.571413𝐸−07	67
0.7346	1.449843𝐸−06	0.7346	0.07346	1.366551𝐸−06	67
0.8264	1.756201𝐸−06	0.8264	0.08264	2.218134𝐸−06	69
0.9136	2.051398𝐸−06	0.9136	0.09136	3.353080𝐸−06	73
1.0000	2.341980𝐸−06	1.0000	0.10000	4.862444𝐸−06	73