Problem I - 40 points total A company makes hundreds of products, but six of them-A, B, C, D, E, and F-are considered class A items because they account for 90% of the company's revenues. Each product undergoes one to five stages of production at five workstations. The five workstations must be positioned along a straight line in an assembly- line fashion to maximize space utilization. The flows for the six products between workstations in a typical week is given in the flow matrix below. Using the workstation dimensions provided below and assuming that the workstations are oriented so that their longer sides are parallel to the aisle and that the clearance between each pair of adjacent workstations is equal to 3 meters, use the MST algorithm to determine a single-row layout. You must show all your work to get credit for the problem. 2 276 50 270 1 2 3 4 5 4 128 0 120 5 0 118 50 0 Workstation Lengths Workstation 1 2 3 Dimensions (in Meters) 20 x 15 10 x 10 20 x 6 6 x 20 13 x 13 FINAL ANSWER: 1 Problem I - 40 points total A company makes hundreds of products, but six of them-A, B, C, D, E, and F-are considered class A items because they account for 90% of the company's revenues. Each product undergoes one to five stages of production at five workstations. The five workstations must be positioned along a straight line in an assembly- line fashion to maximize space utilization. The flows for the six products between workstations in a typical week is given in the flow matrix below. Using the workstation dimensions provided below and assuming that the workstations are oriented so that their longer sides are parallel to the aisle and that the clearance between each pair of adjacent workstations is equal to 3 meters, use the MST algorithm to determine a single-row layout. You must show all your work to get credit for the problem. 2 276 50 270 1 2 3 4 5 4 128 0 120 5 0 118 50 0 Workstation Lengths Workstation 1 2 3 Dimensions (in Meters) 20 x 15 10 x 10 20 x 6 6 x 20 13 x 13 FINAL ANSWER: 1