Sistema Inventario, victor mamani catachura,boreasH

1. TRABAJO FINAL DE SIMULACION Victor Mamani Catachura UNJBG – TACNA - PERU BOREAS.H BOREASH

19. X Distribución de Probabilidad Distribución Acumulada 1 0.2068181818 0.2068181818 2 0.1977272727 0.4045454545 3 0.1056818182 0.5102272727 4 0.0806818182 0.5909090909 5 0.0965909091 0.6875000000 6 0.0204545455 0.7079545455 7 0.0193181818 0.7272727273 8 0.0227272727 0.7500000000 9 0.0090909091 0.7590909091 10 0.0931818182 0.8522727273 11 0.0113636364 0.8636363636 12 0.0147727273 0.8784090909 13 0.0090909091 0.8875000000 14 0.0045454545 0.8920454545 15 0.0250000000 0.9170454545 16 0.0034090909 0.9204545455 17 0.0045454545 0.9250000000 18 0.0056818182 0.9306818182 19 0.0011363636 0.9318181818 20 0.0375000000 0.9693181818 21 0.0022727273 0.9715909091 22 0.0079545455 0.9795454545 23 0.0011363636 0.9806818182 25 0.0079545455 0.9886363636 26 0.0022727273 0.9909090909 30 0.0079545455 0.9988636364 40 0.0011363636 1.0000000000

20. Si 0.0000000000  R < 0.2068181818 , entonces x= 1 Si 0.2068181818  R < 0.4045454545 , entonces x= 2 Si 0.4045454545  R < 0.5102272727 , entonces x= 3 Si 0.5102272727  R < 0.5909090909 , entonces x= 4 Si 0.5909090909  R < 0.6875000000 , entonces x= 5 Si 0.6875000000  R < 0.7079545455 , entonces x= 6 Si 0.7079545455  R < 0.7272727273 , entonces x= 7 Si 0.7272727273  R < 0.7500000000 , entonces x= 8 Si 0.7500000000  R < 0.7590909091 , entonces x= 9 Si 0.7590909091  R < 0.8522727273 , entonces x= 10 Si 0.8522727273  R < 0.8636363636 , entonces x= 11 Si 0.8636363636  R < 0.8784090909 , entonces x= 12 Si 0.8784090909  R < 0.8875000000 , entonces x= 13 Si 0.8875000000  R < 0.8920454545 , entonces x= 14 Si 0.8920454545  R < 0.9170454545 , entonces x= 15 Si 0.9170454545  R < 0.9204545455 , entonces x= 16 Si 0.9204545455  R < 0.9250000000 , entonces x= 17 Si 0.9250000000  R < 0.9306818182 , entonces x= 18 Si 0.9306818182  R < 0.9318181818 , entonces x= 19 Si 0.9318181818  R < 0.9693181818 , entonces x= 20 Si 0.9693181818  R < 0.9715909091 , entonces x= 21 Si 0.9715909091  R < 0.9795454545 , entonces x= 22 Si 0.9795454545  R < 0.9806818182 , entonces x= 23 Si 0.9806818182  R < 0.9886363636 , entonces x= 25 Si 0.9886363636  R < 0.9909090909 , entonces x= 26 Si 0.9909090909  R < 0.9988636364 , entonces x= 30 Si 0.9988636364  R < 1.0000000000 , entonces x= 40

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