2) Consider a warehouse that has 4,500 available storage locations. The standard time and resources for each activity in the warehouse is given in the table below: Activity Unit Receive Check Put away Restack Pick Move Check Load Case People standard (Minutes) 2.0 Case 0.5 Case 3.0 Case 1.5 Case 0.3 Case 2.0 Case 5.0 Case 3.0 a. Calculate the average used storage locations of the warehouse. Given that the average storage space utilization of that warehouse is 85%. b. If a loader can load 150 cases per shift, what is that loader's performance? c. If the warehouse's average input is 1,500 cases on a daily basis, how many receivers does the company need to recruit to avoid congestion at the input? Given that the average performance of receivers is 85%.
2) Consider a warehouse that has 4,500 available storage locations. The standard time and resources for each activity in the warehouse is given in the table below: Activity Unit Receive Check Put away Restack Pick Move Check Load Case People standard (Minutes) 2.0 Case 0.5 Case 3.0 Case 1.5 Case 0.3 Case 2.0 Case 5.0 Case 3.0 a. Calculate the average used storage locations of the warehouse. Given that the average storage space utilization of that warehouse is 85%. b. If a loader can load 150 cases per shift, what is that loader's performance? c. If the warehouse's average input is 1,500 cases on a daily basis, how many receivers does the company need to recruit to avoid congestion at the input? Given that the average performance of receivers is 85%.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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