Consider a warehouse like the one in the following figure. 35 are available for storage (30 X 30 ft) spaces. Four different types of products will be stored (A, B, C and D). No Product type can share a compartment with another product type. The products are they receive in bay 1 (40%) and embark in the same proportion through bays 2 and 3 (60%). The following table contains the area requirements and the weekly load rate for each of the 4 products. Determine the layout that minimizes the average layout traveled per week. Note: Calculate the corresponding weight (Weighing), in the boxes that are empty to solve the problem correctly. Product Area (ft^2) weekly loading rate A B D 5,400 8,100 4,500 9,000 500 600 700 400 D Consider a warehouse like the one in the following figure. 35 are available for storage (30 X 30 ft) spaces. Four different types of products will be stored (A, B, C and D). No Product type can share a compartment with another product type. The products are they receive in bay 1 (40%) and embark in the same proportion through bays 2 and 3 (60%). The following table contains the area requirements and the weekly load rate for each of the 4 products. Determine the layout that minimizes the average layout traveled per week. Note: Calculate the corresponding weight (Weighing), in the boxes that are empty to solve the problem correctly. Product Area (ft^2) weekly loading rate A B D 5,400 8,100 4,500 9,000 500 600 700 400 D