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Table 2 Approximate solutions with \(n=10\) using the presented method for Example 1

From: Numerical solution of system of second-order integro-differential equations using nonclassical sinc collocation method

 

\(w_{1}=w_{2}=1\)

\(w_{1}=1+x\), \(w_{2}=0.1+\sin (\pi x)\)

x

\(y_{{1,10}}(x)\)

\(y_{{2,10}}(x)\)

\(y_{{1,10}}(x)\)

\(y_{{2,10}}(x)\)

0.0

0

1

0

1

0.1

0.0998334982

0.9950042188

0.0998333812

0.9950038932

0.2

0.1986684935

0.9800655577

0.1986690503

0.9800660565

0.3

0.2955209998

0.9553361997

0.2955198294

0.9553357200

0.4

0.3894199298

0.9210614037

0.3894180020

0.9210599737

0.5

0.4794260733

0.8775836332

0.4794256663

0.8775813131

0.6

0.5646418992

0.8253370370

0.5646429865

0.8253341966

0.7

0.6442169865

0.7648422145

0.6442174149

0.7648405476

0.8

0.7173554835

0.6967045272

0.7173544570

0.6967046643

0.9

0.7833263536

0.6216087634

0.7833258557

0.6216074794

1.0

0.8414701784

0.5403006405

0.8414695666

0.5402994905