of control for a single item and with normally distributed forecast at k must satisfy given a Q value if we wish to have an expected ccasions per year equal to N. aneous equations that Q and k must satisfy if we wish to minimize s of replenishment and carrying inventory subject to the expected ccasions per year being N. nple, develop Q,k, and the associated total relevant costs per year orresponding k (Q,k) pair s: A=$5r=0.16$/$/year=80unitsv=$2/unitD=1,000units/yearN=0.5/year of control for a single item and with normally distributed forecast at k must satisfy given a Q value if we wish to have an expected ccasions per year equal to N. aneous equations that Q and k must satisfy if we wish to minimize s of replenishment and carrying inventory subject to the expected ccasions per year being N. nple, develop Q,k, and the associated total relevant costs per year orresponding k (Q,k) pair s: A=$5r=0.16$/$/year=80unitsv=$2/unitD=1,000units/yearN=0.5/year