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Table 2 The solutions obtained by the new modified Ishikawa iteration method for different values of λ and γ

From: The new modified Ishikawa iteration method for the approximate solution of different types of differential equations

x

λ = 0.75, γ = 0.25

λ = 0.25, γ = 0.75

λ = 0.75, γ = 0.75

x = 0.2

y 1 = 1.2 y 2 = 1.05 y 3 = 1.1625 y 4 = 1.078125 y 5 = 1.14140625 y 6 = 1.093945312 y 7 = 1.129541015 y 8 = 1.102844238 y 9 = 1.122866821 y 10 = 1.107849883 y 11 = 1.119112586

y 1 = 1.2 y 2 = 1.15 y 3 = 1.1625 y 4 = 1.159375 y 5 = 1.16015625 y 6 = 1.159960937 y 7 = 1.160009765 y 8 = 1.159997558 y 9 = 1.16000061 y 10 = 1.159999847 y 11 = 1.160000038

y 1 = 1.2 y 2 = 1.15 y 3 = 1.1875 y 4 = 1.178125 y 5 = 1.18515625 y 6 = 1.183398437 y 7 = 1.184716796 y 8 = 1.184387207 y 9 = 1.184634399 y 10 = 1.184572601 y 11 = 1.18458805

x = 0.4

y 1 = 1.4 y 2 = 1.1 y 3 = 1.325 y 4 = 1.15625 y 5 = 1.2828125 y 6 = 1.187890624 y 7 = 1.259082031 y 8 = 1.205688476 y 9 = 1.245733642 y 10 = 1.215699767 y 11 = 1.238225173

y 1 = 1.4 y 2 = 1.3 y 3 = 1.325 y 4 = 1.31875 y 5 = 1.3203125 y 6 = 1.319921874 y 7 = 1.320019531 y 8 = 1.319995116 y 9 = 1.32000122 y 10 = 1.319999694 y 11 = 1.320000076

y 1 = 1.4 y 2 = 1.3 y 3 = 1.375 y 4 = 1.35625 y 5 = 1.3703125 y 6 = 1.366796874 y 7 = 1.369433593 y 8 = 1.368774414 y 9 = 1.369268798 y 10 = 1.369145202 y 11 = 1.369176101

x = 0.5

y 1 = 1.5 y 2 = 1.125 y 3 = 1.40625 y 4 = 1.1953125 y 5 = 1.353515625 y 6 = 1.234863281 y 7 = 1.323852539 y 8 = 1.257110595 y 9 = 1.307167053 y 10 = 1.269624709 y 11 = 1.297781467

y 1 = 1.5 y 2 = 1.375 y 3 = 1.40625 y 4 = 1.3984375 y 5 = 1.400390625 y 6 = 1.399902343 y 7 = 1.400024414 y 8 = 1.399993896 y 9 = 1.400001525 y 10 = 1.399999618 y 11 = 1.400000095

y 1 = 1.5 y 2 = 1.375 y 3 = 1.46875 y 4 = 1.4453125 y 5 = 1.462890625 y 6 = 1.458496093 y 7 = 1.461791992 y 8 = 1.460968017 y 9 = 1.461585998 y 10 = 1.461431503 y 11 = 1.461470126