Question: (c) Calculate the probability that the project will be completed in more than 30 weeks' time units. 2. The client of a project has requested

(c) Calculate the probability that the project
(c) Calculate the probability that the project will be completed in more than 30 weeks' time units. 2. The client of a project has requested the project team to crash 8 hours of time. The table below provides the necessary information about the possible project crashing. (a) What is the crash cost for 8 hours of time-savings? (b) Assume the team calls the client and asks for a project extension, reducing the amount of time they need to crash. The project team has a $20 crash budget. Is the budget sufficient to crash 4 hours of time? Normal Duration (hours) Normal Cost ($) Crash Duration (hours) 2 Crash Cost (S) Activity Immediate Predecessors None A N 10 0 B 15 1 23 3 3 5 25 4 30 B D 20 1 24 E 6 30 4 45 F 1 5 1 0 CE G 7 35 6 50 F 10 50 7 62 D.G

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