1. Assume the following information:

	Hours
Queue time	39
Wait time	24
Process time	2
Move time	2
Inspection time	4

The delivery cycle time is:

2. Assume the following information:

	Hours
Queue time	32
Wait time	?
Process time	2
Move time	2
Inspection time	?

If the delivery cycle time is 68 hours and the manufacturing cycle efficiency (MCE) is 0.05, then the wait time is closest to:

3. Assume the following information:

Actual run time this week	4,500	minutes
Machine time available this week	5,000	minutes
Actual run rate this week	3.6	units per minute
Ideal run rate	5.4	units per minute
Defect-free output this week	15,000	units
Total output this week (including defects)	16,200	units

The efficiency rate is closest to:

4. Assume the following information:

Actual run time this week	4,500	minutes
Machine time available this week	5,000	minutes
Actual run rate this week	3.6	units per minute
Ideal run rate	4.0	units per minute
Defect-free output this week	14,000	units
Total output this week (including defects)	16,200	units

The quality rate is closest to:

5. Assume the following information:

Actual run time this week	4,500	minutes
Machine time available this week	5,000	minutes
Actual run rate this week	3.6	units per minute
Ideal run rate	4.0	units per minute
Defect-free output this week	12,800	units
Total output this week (including defects)	16,200	units

The overall equipment effectiveness (OEE) is closest to:

Note: Do not round your intermediate calculations.