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1. In setting up the an intermediate (transshipment) node constraint, assume that there are three sources, two intermediate nodes, and two destinations, and travel is possible between all sources and the intermediate nodes and between all intermediate nodes and all destinations for a given transshipment problem. In addition, assume that no travel is possible between source nodes, between intermediate nodes and between destination nodes and no direct travel from source nodes to destination nodes. Let the source nodes be labeled as 1, 2, and 3, the intermediate nodes be labeled as 4 and 5, and the destination nodes be labeled as 6 and 7. If there are 175 units demanded at destination 6, state the constraint for destination
2. A logistics specialist for Wiethoft Inc. must distribute cases of parts from 3 factories to 3 assembly plants. The monthly supplies and demands, along with the per-case transportation costs are:
Destination Assembly Plant1 2 3 supplySource A 5 9 16 200Factory B 1 2 6 400C 2 8 7 200Demand 120 620 60
What are the total monthly transportation costs for the optimal solution?
Find the enthalpy of steam at 0.4 MPa and 0.7 dryness and determine the amount of heat required to convert 4Kg of water at t=38 degrees C into dry saturated steam at 1 MPa gauge pressure
Your company works 1 shift, 40 hours per week, 40 hours for the kiln and 40 hours for the spray paint equipment. Plot the constraints. Show the feasible region. What is the best mix of large and small globes to make the most profit?
1. The stationary heat-conduction problem is governed by Poisson's equation (in 2D Cartesian coordinates):
questionuse the crank-nicolson procedure to solve the following partial differential equationnbspfor 0 le x le 1 taken
The total cost of her new car was $34,290.08 which included the 6.5% sales tax. Find the cost of the Premier Package to the nearest cent.
QUESTION 1: Did you double check that you are using the correct data set? QUESTION 2: How many observations are there?
What do you mean by these differential constraints and how to obtain these solution using constrained equations (11) to (22).
After the hurricanes in Florida in the summer of 2004, FEMA sent disaster relief trucks to the state carrying bottled water and generators. Each truck could carry no more than 6000 pounds of cargo. Each case of bottled water weighed 25 pounds and ..
Formulate the Linear Programming model for this problem. Solve the problem using Excel Solver or QM for Windows.
Formulate the problem as an assignment model, show all decision variables and constraints. What is the total minimum editing time? What editors will be assigned to each manuscript?
Session :Area bounded by curves Question: Find the area bounded by the curves
Each of its printing works at Hill and Bath can produce up to 35,000 copies by the deadline. Given the following table of transportation costs (in pence per booklet), determine how many copies should be produced at Hull and at Bath and how should ..
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