Sicherheitsfaktor = f(Fehlmenge)

0.9501-0.9600

E{Fehlmenge} Sicherheitsfaktor E{Fehlmenge} Sicherheitsfaktor
0.9501 -0.8377 0.9551 -0.8440
0.9502 -0.8378 0.9552 -0.8441
0.9503 -0.8380 0.9553 -0.8442
0.9504 -0.8381 0.9554 -0.8443
0.9505 -0.8382 0.9555 -0.8445
0.9506 -0.8383 0.9556 -0.8446
0.9507 -0.8385 0.9557 -0.8447
0.9508 -0.8386 0.9558 -0.8448
0.9509 -0.8387 0.9559 -0.8450
0.9510 -0.8388 0.9560 -0.8451
0.9511 -0.8390 0.9561 -0.8452
0.9512 -0.8391 0.9562 -0.8453
0.9513 -0.8392 0.9563 -0.8455
0.9514 -0.8393 0.9564 -0.8456
0.9515 -0.8395 0.9565 -0.8457
0.9516 -0.8396 0.9566 -0.8458
0.9517 -0.8397 0.9567 -0.8460
0.9518 -0.8398 0.9568 -0.8461
0.9519 -0.8400 0.9569 -0.8462
0.9520 -0.8401 0.9570 -0.8463
0.9521 -0.8402 0.9571 -0.8465
0.9522 -0.8403 0.9572 -0.8466
0.9523 -0.8405 0.9573 -0.8467
0.9524 -0.8406 0.9574 -0.8468
0.9525 -0.8407 0.9575 -0.8470
0.9526 -0.8408 0.9576 -0.8471
0.9527 -0.8410 0.9577 -0.8472
0.9528 -0.8411 0.9578 -0.8473
0.9529 -0.8412 0.9579 -0.8475
0.9530 -0.8413 0.9580 -0.8476
0.9531 -0.8415 0.9581 -0.8477
0.9532 -0.8416 0.9582 -0.8478
0.9533 -0.8417 0.9583 -0.8480
0.9534 -0.8418 0.9584 -0.8481
0.9535 -0.8420 0.9585 -0.8482
0.9536 -0.8421 0.9586 -0.8483
0.9537 -0.8422 0.9587 -0.8485
0.9538 -0.8423 0.9588 -0.8486
0.9539 -0.8425 0.9589 -0.8487
0.9540 -0.8426 0.9590 -0.8488
0.9541 -0.8427 0.9591 -0.8490
0.9542 -0.8428 0.9592 -0.8491
0.9543 -0.8430 0.9593 -0.8492
0.9544 -0.8431 0.9594 -0.8493
0.9545 -0.8432 0.9595 -0.8495
0.9546 -0.8433 0.9596 -0.8496
0.9547 -0.8435 0.9597 -0.8497
0.9548 -0.8436 0.9598 -0.8498
0.9549 -0.8437 0.9599 -0.8500
0.9550 -0.8438 0.9600 -0.8501

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.