Question: Problem 3. 1) Explicitly formulate the minimum cut problem for the graph of Problem 2 (from nodes s to t), using both [MCP 1] and

Problem 3. 1) Explicitly formulate the minimum

Problem 3. 1) Explicitly formulate the minimum cut problem for the graph of Problem 2 (from nodes s to t), using both [MCP 1] and [MCP 2]. The numbers on the arcs are the weights. (15 points) 2) Use Excel solver to solve both of them (i.e., [MCP 1) and (MCP 2]). Verify that they have the same optimal solutions and values, and their optimal values are also the same with those from the solutions of Problem 2. (10 points) 3) Write the dual problem of [MFP 2] from Problem 2. Verify that the dual is actually [MCP 2] in Problem 3.1. (20 points) Problem 3. 1) Explicitly formulate the minimum cut problem for the graph of Problem 2 (from nodes s to t), using both [MCP 1] and [MCP 2]. The numbers on the arcs are the weights. (15 points) 2) Use Excel solver to solve both of them (i.e., [MCP 1) and (MCP 2]). Verify that they have the same optimal solutions and values, and their optimal values are also the same with those from the solutions of Problem 2. (10 points) 3) Write the dual problem of [MFP 2] from Problem 2. Verify that the dual is actually [MCP 2] in Problem 3.1. (20 points)

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