Journal of Inequalities and Applications

Table 4 Euclidean magnitude \(M_{z_{i}}=\|e_{i}\|_{E}\) of error \(e_{i}=d_{\mathcal{G}_{c}} ((1)_{\Delta },z_{i} )\) for \(a=b=0.1\)

From: Fixed point theorems in graphical cone metric spaces and application to a system of initial value problems

a = b = 0.1	\(z_{0}=(0.75)_{\Delta}\)	\(z_{0}=(0.8)_{\Delta}\)	\(z_{0}=(0.85)_{\Delta}\)	\(z_{0}=(0.9)_{\Delta}\)
\(M_{z_{0}}\)	0.40684	0.31557	0.22984	0.14900
\(M_{z_{1}}\)	0.04068	0.03156	0.02298	0.01490
\(M_{z_{2}}\)	0.00407	0.00316	0.00230	0.00149
\(M_{z_{3}}\)	0.00041	0.00032	0.00023	0.00015
\(M_{z_{4}}\)	0.00004	0.00003	0.00002	0.00001
\(M_{z_{5}}\)	0.00000	0.00000	0.00000	0.00000

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