Figure 4 Table 5 = 0.1, = 0.5, = 2, = 2 θ β V(T) K=2 K=5 0.1 0.04757 0.0446 0.2 0.04823 0.04522 0.3 0.05154 0.05056 0.4 0.05749 0.05282 0.5 0.06608 0.07782 0.6 0.07731 0.11893 0.7 0.09118 0.20318 0.8 0.1077 0.31055 0.9 0.12686 0.44105 1.0 0.14867 0.59467 Figure 5 Conclusions: From the table 1, we observe that for fixed and when which p, θ, β ρ, μ increases means that the average inter-arrival time become smaller, so the mean time to
Figure 4 Table 5 θ = 0.1, = 0.5, = 2, β = 2 V(T) K=2 K=5 0.1 0.04757 0.0446 0.2 0.04823 0.04522 0.3 0.05154 0.05056 0.4 0.05749 0.05282 0.5 0.06608 0.07782 0.6 0.07731 0.11893 0.7 0.09118 0.20318 0.8 0.1077 0.31055 0.9 0.12686 0.44105 1.0 0.14867 0.59467 Figure 5 Conclusions: From the table 1, we observe that for fixed p, θ, β and ρ, when μ increases which means that the average inter-arrival time become smaller, so the mean time to
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