Sicherheitsfaktor = f(Fehlmenge)

0.9801-0.9900

E{Fehlmenge} Sicherheitsfaktor E{Fehlmenge} Sicherheitsfaktor
0.9801 -0.8750 0.9851 -0.8812
0.9802 -0.8752 0.9852 -0.8813
0.9803 -0.8753 0.9853 -0.8815
0.9804 -0.8754 0.9854 -0.8816
0.9805 -0.8755 0.9855 -0.8817
0.9806 -0.8757 0.9856 -0.8818
0.9807 -0.8758 0.9857 -0.8820
0.9808 -0.8759 0.9858 -0.8821
0.9809 -0.8760 0.9859 -0.8822
0.9810 -0.8762 0.9860 -0.8823
0.9811 -0.8763 0.9861 -0.8825
0.9812 -0.8764 0.9862 -0.8826
0.9813 -0.8765 0.9863 -0.8827
0.9814 -0.8766 0.9864 -0.8828
0.9815 -0.8768 0.9865 -0.8829
0.9816 -0.8769 0.9866 -0.8831
0.9817 -0.8770 0.9867 -0.8832
0.9818 -0.8771 0.9868 -0.8833
0.9819 -0.8773 0.9869 -0.8834
0.9820 -0.8774 0.9870 -0.8836
0.9821 -0.8775 0.9871 -0.8837
0.9822 -0.8776 0.9872 -0.8838
0.9823 -0.8778 0.9873 -0.8839
0.9824 -0.8779 0.9874 -0.8841
0.9825 -0.8780 0.9875 -0.8842
0.9826 -0.8781 0.9876 -0.8843
0.9827 -0.8783 0.9877 -0.8844
0.9828 -0.8784 0.9878 -0.8845
0.9829 -0.8785 0.9879 -0.8847
0.9830 -0.8786 0.9880 -0.8848
0.9831 -0.8787 0.9881 -0.8849
0.9832 -0.8789 0.9882 -0.8850
0.9833 -0.8790 0.9883 -0.8852
0.9834 -0.8791 0.9884 -0.8853
0.9835 -0.8792 0.9885 -0.8854
0.9836 -0.8794 0.9886 -0.8855
0.9837 -0.8795 0.9887 -0.8857
0.9838 -0.8796 0.9888 -0.8858
0.9839 -0.8797 0.9889 -0.8859
0.9840 -0.8799 0.9890 -0.8860
0.9841 -0.8800 0.9891 -0.8862
0.9842 -0.8801 0.9892 -0.8863
0.9843 -0.8802 0.9893 -0.8864
0.9844 -0.8804 0.9894 -0.8865
0.9845 -0.8805 0.9895 -0.8866
0.9846 -0.8806 0.9896 -0.8868
0.9847 -0.8807 0.9897 -0.8869
0.9848 -0.8808 0.9898 -0.8870
0.9849 -0.8810 0.9899 -0.8871
0.9850 -0.8811 0.9900 -0.8873

Siehe auch ...

Literatur

Tempelmeier, H. (2015). Bestandsmanagement in Supply Chains. 5. Aufl., Norderstedt: Books on Demand.
Günther, H.-O. und Tempelmeier, H. (2016). Produktion und Logistik - Supply Chain and Operations Management. 12. Aufl., Norderstedt: Books on Demand.