1.
The Grid technique helps us to locate a facility based on least cost. Eg in this case we can find a warehouse location (between plant and market)
The inputs are the following:
The center of mass shows the location:
center of mass = (238,450)
2.
New outbound rate at P2= $ 3.75
New center of mass = (240,512)
Problem B GRD will be producing the new product described in Problem A in three plants...
Problem B GRD will be producing the new product described in Problem A in three plants and has initial plans to sell the product in five major metropolitan markets. Information about the Plant and Market locations, transportation rates and volume to be produced /demanded is shown in the table below. Grid Coordinates Plants Rate" Tons Horiz PI 1.00 5,000 P2 1.25 4,000 Vert 900 100 800 250 P3 1.20 3,000 450 1000 Markets MI 2.05 2,000 M2 2.50 3,000 M3...
Please use the data and fact provided in this problem. However, the questions are reduced and modified to the following: Using the center-of-gravity method, find the approximate location for a single warehouse. Using the exact center-of-gravity (centroid) method, to calculate one iteration of the algorithm. Please use your answer in (a) as the initial input. Evaluate the quality of an answer in (a) Please describe the factors included and not included in the model and how management might use the...
Problem 2. (10 points) Froberg Aerospace LLC. has three plants producing small-sat propulsion units that are to be shipped to four distribution centers. Plants 1, 2, and 3 produce 12, 17, and 11 shipments per month, respectively Each distribution center needs to receive 10 shipments per month. The distance from each plant to the respective distribution centers is given below Distance to Distribution Center Miles Distribution Center1 800 1,100 600 Distribution Center2 1,300 1,400 1.200 Distribution Center 3 400 600...