Question: Problem 17-15 (Static) A construction project has indirect costs totaling $40,000 per week. Major activities in the project and their expected times in weeks are

Problem 17-15 (Static)

A construction project has indirect costs totaling $40,000 per week. Major activities in the project and their expected times in weeks are shown in this precedence diagram.Problem 17-15 (Static) A construction project hasProblem 17-15 (Static) A construction project hasProblem 17-15 (Static) A construction project hasProblem 17-15 (Static) A construction project has

Problem 17-15 (Static) A construction project has indirect costs totaling $40,000 per week. Major activities in the project and their expected times in weeks are shown in this precedence diagram. 7 5 7 4 5 11 N 8 13 5 12 9 12 4 6 3 3 12 9 4 CO 10 Crashing costs for each activity are: Activity 1-2 2-5 CRASHING COSTS ($000) First Second Third Week Week Week $18 $ 22 $ - 24 25 25 30 30 35 15 20 30 33 36 12 24 26 5-7 40 40 7-11 11-13 1-3 3-8 8-11 3-9 9-12 12-13 1-4 4-6 6-10 10-12 40 10 7 12 10 3 2 26 10 8 5 14 25 15 13 12 15 a. Determine the optimum time-cost crashing plan. Continue crashing as long as crashing totals total

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