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We derive a Menta Carlo method to simulate kinetic equilibrium ensemble, andget the same sea-quark flavor asymmetry as the linear equations method instatistical model. In the recent paper, we introduce the spilt factors toindicate the quarks' or gluons' spilt $g\rightarrow q\bar{q}(gg)$ and$q\rightarrow qg$ ability. We obtain the almost fixed asymmetry value$0.12-0.16$ which consists with experimental measurements for proton, when thespilt factors vary in a very wide range over four orders of magnitude. So, weproof the sea quark asymmetry can be derived from statistic principle and notsensitively dependents on the dynamics details of quarks and gluons in proton.We also apply the Menta Carlo method of statistical model to predict thesea-quark asymmetry values for $K$ mesons, octet baryons $\Sigma$,$\Xi$ and$\Delta$ baryons, even for exotic pentaquark states. All these asymmetry valuesjust only dependent on the valence quarks numbers in those hadrons.

Sea Quark Flavor Asymmetry of Hadrons in Statistical Balance Model