GSCM 530 DeVry Week 4 Homework Assignment

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GSCM 530 DeVry Week 4 Homework Assignment

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GSCM 530 DeVry Week 4 Homework Assignment

GSCM530

GSCM 530 DeVry Week 4 Homework Assignment

GSCM 530 DeVry Week 4 Homework Assignment

Assignment: page 83, Problems 8 and 9

Assignment: page 491, Problems 18 and 19

Problem 8

New Time Videos (NTV) is a new online video rental service. In the field, it is trying to compete by offering its customers access to all of the major new video releases in one business day. That is, if you order a video from NTV, you can expect it in one business day from the time when you placed the order. When you are done with the video, you simply drop it in the prepaid mailing envelope and return it. All videos arrive in a sorting facility located in the Midwest where envelopes with the videos are opened, checked (right video with the right sleeve, no scratches, no cracks, no dirt on the videos), and made ready to be sent out again. As the manager of this facility, your goal is to turn the returned videos around in 6 hours (a shift is 8 hours long). You have the following information:

  1. Calculate the expected average flow time (hint: Use Littleā€™s Law).
  2. What changes would you recommend to meet the goal of processing a returned video within 6 hours?
  3. PizzaTime Restaurants is building a new pizza place and needs to determine how big to make the various parts of its facility. It wants to be able to accommodate a maximum of 500 customers per hour at its peak times. PizzaTime has collected the following information: the average time to place and receive an order is 1.1 minutes, 20 percent of the customers have cars and require parking spots, and the average length of time at the restaurant is 20 minutes per customer. Assuming a capacity cushion of 20 percent, find:
  4. The number of cash registers required. (assume an average of 4 customers per group)
  5. The number of parking spaces needed.
  6. The number of seats/tables needed. (assume 4 seats per table) d. Which of these operations are likely to be bottlenecks?
  7. Calculate the processing load and develop the load profile for the computer assembly process. As the planner, what concerns do you have (if any)? What changes might you consider?
  8. Calculate the processing load and available capacity, and develop the load profile for the stereo speaker subassembly. Two employees work the assembly process for 40 hours