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Table 3 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 = 0.6

y 1 = 1.6 y 2 = 1.15 y 3 = 1.4875 y 4 = 1.234375 y 5 = 1.42421875 y 6 = 1.281835937 y 7 = 1.388623046 y 8 = 1.308532714 y 9 = 1.368600463 y 10 = 1.323549651 y 11 = 1.35733776

y 1 = 1.6 y 2 = 1.45 y 3 = 1.4875 y 4 = 1.478125 y 5 = 1.48046875 y 6 = 1.479882812 y 7 = 1.480029296 y 8 = 1.479992675 y 9 = 1.48000183 y 10 = 1.479999541 y 11 = 1.480000114

y 1 = 1.6 y 2 = 1.45 y 3 = 1.5625 y 4 = 1.534375 y 5 = 1.55546875 y 6 = 1.550195312 y 7 = 1.55415039 y 8 = 1.553161621 y 9 = 1.553903197 y 10 = 1.553717803 y 11 = 1.553764151

x = 1

y 1 = 2 y 2 = 1.25 y 3 = 1.8125 y 4 = 1.390625 y 5 = 1.70703125 y 6 = 1.469726562 y 7 = 1.647705078 y 8 = 1.514221191 y 9 = 1.614334106 y 10 = 1.539249419 y 11 = 1.595562934

y 1 = 2 y 2 = 1.75 y 3 = 1.8125 y 4 = 1.796875 y 5 = 1.80078125 y 6 = 1.799804687 y 7 = 1.800048828 y 8 = 1.799987792 y 9 = 1.800003051 y 10 = 1.799999236 y 11 = 1.80000019

y 1 = 2 y 2 = 1.75 y 3 = 1.9375 y 4 = 1.890625 y 5 = 1.92578125 y 6 = 1.916992187 y 7 = 1.923583984 y 8 = 1.921936035 y 9 = 1.923171996 y 10 = 1.922863006 y 11 = 1.922940253

x = 1.5

y 1 = 2.5 y 2 = 1.375 y 3 = 2.21875 y 4 = 1.5859375 y 5 = 2.060546875 y 6 = 1.704589843 y 7 = 1.971557617 y 8 = 1.771331786 y 9 = 1.921501159 y 10 = 1.808874128 y 11 = 1.893344401

y 1 = 2.5 y 2 = 2.125 y 3 = 2.21875 y 4 = 2.1953125 y 5 = 2.201171875 y 6 = 2.199707031 y 7 = 2.200073242 y 8 = 2.199981688 y 9 = 2.200004577 y 10 = 2.199998854 y 11 = 2.200000285

y 1 = 2.5 y 2 = 2.125 y 3 = 2.40625 y 4 = 2.3359375 y 5 = 2.388671875 y 6 = 2.375488281 y 7 = 2.385375976 y 8 = 2.382904053 y 9 = 2.384757994 y 10 = 2.384294509 y 11 = 2.38441038