Sicherheitsfaktor = f(Fehlmenge)

0.9301-0.9400

E{Fehlmenge} Sicherheitsfaktor E{Fehlmenge} Sicherheitsfaktor
0.9301 -0.8126 0.9351 -0.8189
0.9302 -0.8127 0.9352 -0.8190
0.9303 -0.8128 0.9353 -0.8191
0.9304 -0.8129 0.9354 -0.8192
0.9305 -0.8131 0.9355 -0.8194
0.9306 -0.8132 0.9356 -0.8195
0.9307 -0.8133 0.9357 -0.8196
0.9308 -0.8134 0.9358 -0.8197
0.9309 -0.8136 0.9359 -0.8199
0.9310 -0.8137 0.9360 -0.8200
0.9311 -0.8138 0.9361 -0.8201
0.9312 -0.8139 0.9362 -0.8203
0.9313 -0.8141 0.9363 -0.8204
0.9314 -0.8142 0.9364 -0.8205
0.9315 -0.8143 0.9365 -0.8206
0.9316 -0.8144 0.9366 -0.8208
0.9317 -0.8146 0.9367 -0.8209
0.9318 -0.8147 0.9368 -0.8210
0.9319 -0.8148 0.9369 -0.8211
0.9320 -0.8150 0.9370 -0.8213
0.9321 -0.8151 0.9371 -0.8214
0.9322 -0.8152 0.9372 -0.8215
0.9323 -0.8153 0.9373 -0.8216
0.9324 -0.8155 0.9374 -0.8218
0.9325 -0.8156 0.9375 -0.8219
0.9326 -0.8157 0.9376 -0.8220
0.9327 -0.8158 0.9377 -0.8221
0.9328 -0.8160 0.9378 -0.8223
0.9329 -0.8161 0.9379 -0.8224
0.9330 -0.8162 0.9380 -0.8225
0.9331 -0.8163 0.9381 -0.8226
0.9332 -0.8165 0.9382 -0.8228
0.9333 -0.8166 0.9383 -0.8229
0.9334 -0.8167 0.9384 -0.8230
0.9335 -0.8168 0.9385 -0.8231
0.9336 -0.8170 0.9386 -0.8233
0.9337 -0.8171 0.9387 -0.8234
0.9338 -0.8172 0.9388 -0.8235
0.9339 -0.8174 0.9389 -0.8237
0.9340 -0.8175 0.9390 -0.8238
0.9341 -0.8176 0.9391 -0.8239
0.9342 -0.8177 0.9392 -0.8240
0.9343 -0.8179 0.9393 -0.8242
0.9344 -0.8180 0.9394 -0.8243
0.9345 -0.8181 0.9395 -0.8244
0.9346 -0.8182 0.9396 -0.8245
0.9347 -0.8184 0.9397 -0.8247
0.9348 -0.8185 0.9398 -0.8248
0.9349 -0.8186 0.9399 -0.8249
0.9350 -0.8187 0.9400 -0.8250

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.