Sicherheitsfaktor = f(Fehlmenge)

0.8701-0.8800

E{Fehlmenge} Sicherheitsfaktor E{Fehlmenge} Sicherheitsfaktor
0.8701 -0.7356 0.8751 -0.7421
0.8702 -0.7358 0.8752 -0.7423
0.8703 -0.7359 0.8753 -0.7424
0.8704 -0.7360 0.8754 -0.7425
0.8705 -0.7362 0.8755 -0.7427
0.8706 -0.7363 0.8756 -0.7428
0.8707 -0.7364 0.8757 -0.7429
0.8708 -0.7365 0.8758 -0.7430
0.8709 -0.7367 0.8759 -0.7432
0.8710 -0.7368 0.8760 -0.7433
0.8711 -0.7369 0.8761 -0.7434
0.8712 -0.7371 0.8762 -0.7436
0.8713 -0.7372 0.8763 -0.7437
0.8714 -0.7373 0.8764 -0.7438
0.8715 -0.7375 0.8765 -0.7440
0.8716 -0.7376 0.8766 -0.7441
0.8717 -0.7377 0.8767 -0.7442
0.8718 -0.7378 0.8768 -0.7443
0.8719 -0.7380 0.8769 -0.7445
0.8720 -0.7381 0.8770 -0.7446
0.8721 -0.7382 0.8771 -0.7447
0.8722 -0.7384 0.8772 -0.7449
0.8723 -0.7385 0.8773 -0.7450
0.8724 -0.7386 0.8774 -0.7451
0.8725 -0.7388 0.8775 -0.7452
0.8726 -0.7389 0.8776 -0.7454
0.8727 -0.7390 0.8777 -0.7455
0.8728 -0.7391 0.8778 -0.7456
0.8729 -0.7393 0.8779 -0.7458
0.8730 -0.7394 0.8780 -0.7459
0.8731 -0.7395 0.8781 -0.7460
0.8732 -0.7397 0.8782 -0.7462
0.8733 -0.7398 0.8783 -0.7463
0.8734 -0.7399 0.8784 -0.7464
0.8735 -0.7401 0.8785 -0.7465
0.8736 -0.7402 0.8786 -0.7467
0.8737 -0.7403 0.8787 -0.7468
0.8738 -0.7404 0.8788 -0.7469
0.8739 -0.7406 0.8789 -0.7471
0.8740 -0.7407 0.8790 -0.7472
0.8741 -0.7408 0.8791 -0.7473
0.8742 -0.7410 0.8792 -0.7474
0.8743 -0.7411 0.8793 -0.7476
0.8744 -0.7412 0.8794 -0.7477
0.8745 -0.7414 0.8795 -0.7478
0.8746 -0.7415 0.8796 -0.7480
0.8747 -0.7416 0.8797 -0.7481
0.8748 -0.7417 0.8798 -0.7482
0.8749 -0.7419 0.8799 -0.7484
0.8750 -0.7420 0.8800 -0.7485

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.