Reference no: EM132195135
1. A lean system has the following characteristics: demand rate = 40 parts per hour; safety stock required = 10%; the container size = 8; lead time to replenish an order = 4 hours.
If the number of containers is reduced by 2 units, what would be the new required round-trip time, all else being constant?
3.64 hours
3.83 hours
4 hours
4.4 hours
Need additional information to compute the value
2. Istanbul Industries uses a kanban system to manage production of the MI6 subassembly. In an 8-hour day, they use 100 units per hour and use containers that can hold 23 units each. It takes 120 minutes to fill and move a container of parts to the right place on the MI6 line that is currently rated at a 15% safety factor.
If the number of containers is reduced by 1, what would be the new demand, all else being constant?
100 units per hour
800 units for an 8-hour day
90 units for an 8-hour day
100 units for an 8-hour day
90 units per hour
3. Cherry Street Creamery served an average of 67 ice cream customers per day during June. Its maximum throughput was 90 per day. In July, they sent advertisements out to nearby neighborhoods, and for that month, Cherry’s served an average of 84 per day.
Find the capacity utilization during the month of July from the information provided above.
93.3%
134.3%
107.1%
74.4%
Do not have enough information to compute
4. A lean system uses 12 containers, each of which can hold 12 parts. The lead time required to round-trip one container through the system is normally 3 hours. The usual safety stock is 20%.
What is the maximum demand rate this system can accommodate?
10 parts per hour
20 parts per hour
30 parts per hour
40 parts per hour
50 parts per hour