Sicherheitsfaktor = f(Fehlmenge)

0.9701-0.9800

E{Fehlmenge} Sicherheitsfaktor E{Fehlmenge} Sicherheitsfaktor
0.9701 -0.8627 0.9751 -0.8689
0.9702 -0.8628 0.9752 -0.8690
0.9703 -0.8629 0.9753 -0.8691
0.9704 -0.8630 0.9754 -0.8692
0.9705 -0.8631 0.9755 -0.8693
0.9706 -0.8633 0.9756 -0.8695
0.9707 -0.8634 0.9757 -0.8696
0.9708 -0.8635 0.9758 -0.8697
0.9709 -0.8636 0.9759 -0.8698
0.9710 -0.8638 0.9760 -0.8700
0.9711 -0.8639 0.9761 -0.8701
0.9712 -0.8640 0.9762 -0.8702
0.9713 -0.8641 0.9763 -0.8703
0.9714 -0.8643 0.9764 -0.8705
0.9715 -0.8644 0.9765 -0.8706
0.9716 -0.8645 0.9766 -0.8707
0.9717 -0.8646 0.9767 -0.8708
0.9718 -0.8648 0.9768 -0.8710
0.9719 -0.8649 0.9769 -0.8711
0.9720 -0.8650 0.9770 -0.8712
0.9721 -0.8651 0.9771 -0.8713
0.9722 -0.8653 0.9772 -0.8715
0.9723 -0.8654 0.9773 -0.8716
0.9724 -0.8655 0.9774 -0.8717
0.9725 -0.8656 0.9775 -0.8718
0.9726 -0.8658 0.9776 -0.8720
0.9727 -0.8659 0.9777 -0.8721
0.9728 -0.8660 0.9778 -0.8722
0.9729 -0.8661 0.9779 -0.8723
0.9730 -0.8663 0.9780 -0.8724
0.9731 -0.8664 0.9781 -0.8726
0.9732 -0.8665 0.9782 -0.8727
0.9733 -0.8666 0.9783 -0.8728
0.9734 -0.8667 0.9784 -0.8729
0.9735 -0.8669 0.9785 -0.8731
0.9736 -0.8670 0.9786 -0.8732
0.9737 -0.8671 0.9787 -0.8733
0.9738 -0.8672 0.9788 -0.8734
0.9739 -0.8674 0.9789 -0.8736
0.9740 -0.8675 0.9790 -0.8737
0.9741 -0.8676 0.9791 -0.8738
0.9742 -0.8677 0.9792 -0.8739
0.9743 -0.8679 0.9793 -0.8741
0.9744 -0.8680 0.9794 -0.8742
0.9745 -0.8681 0.9795 -0.8743
0.9746 -0.8682 0.9796 -0.8744
0.9747 -0.8684 0.9797 -0.8745
0.9748 -0.8685 0.9798 -0.8747
0.9749 -0.8686 0.9799 -0.8748
0.9750 -0.8687 0.9800 -0.8749

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.