6. For the layout shown below, assume single command storages and retrievals. a) Determine the dedicated storage assignment of products to storage locations that will minimize the average distance traveled daily between storage and the I/O point when class A items occupy 28 storage slots and represent 80 percent of the throughput in the warehouse, class B items occupy 68 storage slots and represent 15 percent of the throughput in the warehouse, and class C items occupy the remaining 96 storage slots and represent 5 percent of the throughput in the warehouse. b) Calculate the average distance traveled daily. ESSED SEBE BQENGE * * *88 WEKEE SSBOX GEGEN 8 BEGGE ITOO -88 D4 80 584840 6065 16560 428080886856156 865464 64552 647646 60 16813656 .565668168180 92/60 60480836363636484816660/ 16856 323204 4sa H4086 108407 6048 1364 440436 5644 32 20000 4/30/41 5A40402816616161686128HD 68 64 66 56 5 12 I/O HVISHASTRaviS BALI 6. For the layout shown below, assume single command storages and retrievals. a) Determine the dedicated storage assignment of products to storage locations that will minimize the average distance traveled daily between storage and the I/O point when class A items occupy 28 storage slots and represent 80 percent of the throughput in the warehouse, class B items occupy 68 storage slots and represent 15 percent of the throughput in the warehouse, and class C items occupy the remaining 96 storage slots and represent 5 percent of the throughput in the warehouse. b) Calculate the average distance traveled daily. ESSED SEBE BQENGE * * *88 WEKEE SSBOX GEGEN 8 BEGGE ITOO -88 D4 80 584840 6065 16560 428080886856156 865464 64552 647646 60 16813656 .565668168180 92/60 60480836363636484816660/ 16856 323204 4sa H4086 108407 6048 1364 440436 5644 32 20000 4/30/41 5A40402816616161686128HD 68 64 66 56 5 12 I/O HVISHASTRaviS BALI