Question: Q1. When is the earliest (in weeks) that Task B can finish? Q2. When is the earliest (in weeks) that Task G can start? Q3.

Q1. When is the earliest (in weeks) that Task BQ1. When is the earliest (in weeks) that Task B can finish?

Q2. When is the earliest (in weeks) that Task G can start?

Q3. What is the latest (in weeks) that Task D can finish?

Q4. How long will the project take to complete (weeks)? Q5. Which of the following tasks has the most slack?

a) Task A b) Task B c) Task C d) Task D e) Task E

Q6. If the time that it takes to complete Task G can be reduced from 16 weeks to 14 weeks, how many weeks sooner can the project be completed?

Q7. For the transshipment network for shortest route problem given the objective function:

Min 25x12 + 20x13 + 3x23 + 3x32 + 5x24 + 5x42 + 14x26 + 6x35 + 6x53 + 4x45 + 4x54 + 5x46 + 7x56

How many transshipment (intermediate) nodes are there?

Hint - Draw the shortest route network.

Q8. What is the total distance from nodes 1 to 2 to 4 to 6?

Consider a project made up of the following tasks: Task Predecessors Weeks 2 A 4 A 5 D B 3 IU Owu UI - B 4 2 6 C, D D, E F G H H 3 5 Draw the project network (don't need to upload). Complete the forward and backward pass to answer the following questions

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