A company begins a review of ordering polices for its continuous review system by checking the current policies t Demand (D) 85 unts/week (Assume 52 weeks per year) Ordening and setup cost (S)-$75/order Holding cost 00-$16/undyear Lead time (L) 5 work(s) Standard deviation of weekly demand 22 unts >Cycle-service level 50 percent EOQ 207 units mple of SKUS ollowing Using the above information, develop the best policies for a penodic review system Refer to the standard normal sable for z values a What value of P gives the same approximate number of orders per year as the EOQ? weeks (Enter your response rounded to the nearest whole number) b. To provide a 98 percent cycle service level, the average safety stock sunts (Enter your response rounded to the nearest whole number) To provido a 98 percent cycle-service level, the target inventory level is unes (Enter your response rounded to the nearest whole number)

A company replaces its SKU’s  at a rate of 25 pcs a day. In the past this qty tended to vary normally & have a std dev of 3 units per day. SKU’s are ordered from XYZ Supplier. LT is normally distributed with an average of 10 days & std dev of 2 days. What ROP should be used to achieve a service level of 95%.

Describe how can a balance be struck between the cost of breakdown maintenance and the cost of preventine maintenance?

What is the Z value corresponding to a 98% service level? O 2.33 1.645 O 1.96 02.055

Determine the optimum preventive maintenance frequency for each of the pieces of equipment if breakdown time is normally distributed: (Round "Probability Ratio" to 4 decimal places, and all other answers to 2 decimal places. Negative values should be indicated by a minus sign.) Use Table. Equipment. A201 B400 C850 Equipment A201 B400 CB50 Equipment Average Time (days) between Breakdowns A201 B400 C850 20 30 45 Preventive Maintenance Cost Click here for the Excel Data File: $330 $230 $580 Probability Ratio Standard Deviation 3 Breakdown Cont $2,230 $3,530 $4,825 Interval (days)

1- List out the seven waste developed by Taiichi Ohno in TPS system

What happens to availability when the MTTR (time between failures) approaches zero? Can we provide an accurate description of this situation?

Description of the 2 clustered issue of Apple

Which item would be considered an order winner in an automobile developed for high-end users? Voice-activated music system Compact disc players Full-sized spare tire Air bags

Describe how can a balance be struck between the cost of breakdown maintenance and the cost of preventine maintenance?