Sicherheitsfaktor = f(Fehlmenge)

0.9401-0.9500

E{Fehlmenge} Sicherheitsfaktor E{Fehlmenge} Sicherheitsfaktor
0.9401 -0.8252 0.9451 -0.8314
0.9402 -0.8253 0.9452 -0.8316
0.9403 -0.8254 0.9453 -0.8317
0.9404 -0.8255 0.9454 -0.8318
0.9405 -0.8257 0.9455 -0.8319
0.9406 -0.8258 0.9456 -0.8321
0.9407 -0.8259 0.9457 -0.8322
0.9408 -0.8260 0.9458 -0.8323
0.9409 -0.8262 0.9459 -0.8324
0.9410 -0.8263 0.9460 -0.8326
0.9411 -0.8264 0.9461 -0.8327
0.9412 -0.8265 0.9462 -0.8328
0.9413 -0.8267 0.9463 -0.8330
0.9414 -0.8268 0.9464 -0.8331
0.9415 -0.8269 0.9465 -0.8332
0.9416 -0.8270 0.9466 -0.8333
0.9417 -0.8272 0.9467 -0.8335
0.9418 -0.8273 0.9468 -0.8336
0.9419 -0.8274 0.9469 -0.8337
0.9420 -0.8276 0.9470 -0.8338
0.9421 -0.8277 0.9471 -0.8340
0.9422 -0.8278 0.9472 -0.8341
0.9423 -0.8279 0.9473 -0.8342
0.9424 -0.8281 0.9474 -0.8343
0.9425 -0.8282 0.9475 -0.8345
0.9426 -0.8283 0.9476 -0.8346
0.9427 -0.8284 0.9477 -0.8347
0.9428 -0.8286 0.9478 -0.8348
0.9429 -0.8287 0.9479 -0.8350
0.9430 -0.8288 0.9480 -0.8351
0.9431 -0.8289 0.9481 -0.8352
0.9432 -0.8291 0.9482 -0.8353
0.9433 -0.8292 0.9483 -0.8355
0.9434 -0.8293 0.9484 -0.8356
0.9435 -0.8294 0.9485 -0.8357
0.9436 -0.8296 0.9486 -0.8358
0.9437 -0.8297 0.9487 -0.8360
0.9438 -0.8298 0.9488 -0.8361
0.9439 -0.8299 0.9489 -0.8362
0.9440 -0.8301 0.9490 -0.8363
0.9441 -0.8302 0.9491 -0.8365
0.9442 -0.8303 0.9492 -0.8366
0.9443 -0.8304 0.9493 -0.8367
0.9444 -0.8306 0.9494 -0.8368
0.9445 -0.8307 0.9495 -0.8370
0.9446 -0.8308 0.9496 -0.8371
0.9447 -0.8309 0.9497 -0.8372
0.9448 -0.8311 0.9498 -0.8373
0.9449 -0.8312 0.9499 -0.8375
0.9450 -0.8313 0.9500 -0.8376

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.