A New High-Order and Efficient Family of Iterative Techniques for Nonlinear Models

Table 1

Convergence behavior of different methods on differential equation (27).

Methods	j					η
	1
	2
	3			4.9974
	1
	2
	3			4.9773
	1
	2
	3			5.9964
	1
	2
	3			4.9846
	1
	2
	3			5.9970
	1
	2
	3			4.0011
	1
	2
	3			6.0002

The lowest residual errors, lowest difference between two consecutive iterations, and lowest asymptotic error constants belong to our scheme . So, we can say that has better convergence behavior than other mentioned methods.