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1. Set up the linear programming problem (both objective and constraints) for the following Network representation of the shortest route from node 1 to node 7.
2. Set up the linear programming problem for the following network representation of the maximum flow entering node 1 and leaving node 6.
3. Set up the linear programming problem for the following network representation of the following network representation of the production and inventory application over 3 periods.
Formulate an Excel file for each problem and please submit each problem in a separate Excel file. On 1 Word file or just type in window. What is the minimum "distance" in the shortest route problem and what is the route taken. Note at least one interesting detail found in the sensitivity report. What is the maximum flow in that problem and trace out the nodes that carry the flow. Note at least one interesting detail found in the sensitivity report. What is the minimum cost of meeting demand in the production inventory. How much is made each period and what inventory is carried over? Note at least on interesting detail found in the sensitivity report.
Dirichlet series
Every convergent sequence contains either an increasing, or a decreasing subsequence.
How many relations on A are both symmetric and antisymmetric?
Daily Airlines fies from Amsterdam to London every day. The price of a ticket for this extremely popular flight route is $75. The aircraft has a passenger capacity of 150.
How much money will Dave and Jane raise for charity
This question is asking you to compare the likelihood of your getting 4 or more subscribers in a sample of 50 when the probability of a subscription has risen from 0.02 to 0.06.] Talk about the comparison of probabilities in your explanation.
Skew-symmetric matrices
Describe the different type of taxes and their rates in Spokane WA.
Suppose that in the four player game, the person who rolls the smallest number pays $5.00 to the person who rolls the largest number. Calculate each player's expected gain after one round.
Find the probability density function.
Linear programming applied to Aggregate Production Planning of Flat Screen Monitor
Discrete-time model for an economy
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