(a) Develop a network diagram for the project. What is the critical path and how long is the project expected to take? (6 m)
(b) Which activities have a slack time of 8 weeks or more? (2 m)
(c) Discuss five challenges a project manager faces in events such as this one. (12 m)
(d) Why is a work breakdown structure useful in a project such as this? Take the 26 activities and break them into what you think should be level-2, level-3, and level-4 tasks. (5 m)
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What is the critical path and how long is the project expected to take?
W4A2: Tasks: See above to view the network diagram. Using the diagram, find: -The critical path. -How long it will take to complete the project? -How does simulation determine the probabilities of various project completion times? -What is "slack" and why is it important? -Why is activity-on-arrow (AOA) or activity-on-node (AON) of significant value to the project manager? -How is the uncertainty in project scheduling dealt with? -Should the critical path activities be managed differently from noncritical path activities? Explain....
Which one is not correct about the critical path method (CPM) in project management? Duration of a project is equal to the duration of its critical path. There could be more than one critical paths. Crashing a project is shortening the duration of the critical activities. The tasks on the critical path can be delayed without delaying the project duration. Slack times of activities on a critical path are zero.
To develop a schedule for a project, we use the concept of a project network diagram, which shows work activities taken from the work breakdown structure and organized according to the logical flow in time and relationships governing when the work will be performed. Address the following questions. How is that useful? How does it help to organize the tasks in the project? How will it help in formulating the budget?
Problem 5. For the diagram below find the critical path, the duration of the project, and calculate the slack for each task, including each tasks' ES, EF, LS and LF 2 8 113 912 4 6 12 4 6 10
A project manager discovers that his team has neglected to complete the network diagram for the project. the network diagram is shown below. however the project manager has some information available, specifically that each activity a-g, has a different duration between one and seven weeks. also the slack time for each of the activity is known as shown belowDuration (weeks): 1,2,3,4,5,6,7 Slack time (weeks): 0,0,0,1,1,3,7 A D E G B FINISH START C F Using the clues provided below, determine...
Provide step by step please thank you, no exce Assume you have a project with ten activities labeled A-J, as shown. Derive the earliest completion time (or early finish-EF), latest completion time (or late finish-LF), and slack for each of the following tasks (begin at time 0) the critical path on your network diagram. . Which tasks are on the critical path? Highligh Preceding Expected Critical Path? Activity Event Duration EF LF Slack A, D C,E D, E F, G...
2. Assume you have a project with ten activities labeled A-J, as shown. Derive the earliest completion time (EF), latest completion time (LF) and slack for each of the following tasks (begin at time 0). Which tasks are on the critical path? Highlight the critical path on your network diagram [5] Activity Preceding Expected EF LF Slack Critical Event Duration Path? A 4 A 5 C A 6 A 7 E A, D 6 C, E 4 G D, E...
For each of the following network diagrams, determine both the critical path and the expected project duration. The numbers on the arrows represent expected activity times a. Activity-on-arrow diagram 4 2 10 5 12 3 4 The critical path is (Click to select) The expected project duration is
NETWORK SCHEDULING Using the PDM, draw the network diagram, identify the critical path and calculate the total project duration. Feel free to verify your answer using MS Project or a similar tool. Activity Dependency Activity Duration (weeks) A B None None AB B F G H 8 9 DE F, G, HI 7 8 5 Draw the Network Diagram using the convention discussed in the class. (If challenged with drawing tools, you can hand draw, take a picture, and paste...
Consider a project having the following six activities: Immediate Max Crash cost Activity Predecessors Time (weeks) Crash* per week A none 6 6 N/A B none 5 2 $500 C A 3 2 $1000 D A, B 4 2 $2000 E C, D 5 2 $1250 F D 6 2 $1000 *Shortest possible time for the task 1. Draw the project network and list...