Use the decreasing time algorithm to create a priority list for the digraph below, then schedule the projectwith two processors.TI (9)T2 (12)T3 (7)T4 (3)T6 (6)T7 (10)TS (2)Check AnswerTask 5 is done by Select an answer starting at timeT8 (4)Task 8 is done by Select an answer starting at timeThe finishing time for the schedule isChants A Viewing Practice (2)T9 (11)TIO (8)End

Based on the given digraph we have to first find the critical time for each vertex.Critical Time for…

Answered: Use the decreasing time algorithm to…

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter2: Introduction To Spreadsheet Modeling

Section: Chapter Questions

Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...

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Please review this Gantt chart it should consist a minimum of 10 tasks Create a partial project schedule using a Gantt Chart (with a minimum of 10 tasks). Can you do it in excel format please Part 1 To prepare a Gantt chart for the FAO-funded Aquaponics Project in Barbados, we need to break down the project into individual tasks and then arrange them in a logical order based on their dependencies. Here is a table format Gantt chart for the project: Task Start Date End Date Duration Dependencies Project planning and initiation 01/01/2021 01/15/2021 15 days - Site selection and preparation 01/16/2021 02/15/2021 30 days Project planning and initiation Design and construction of facility 02/16/2021 04/15/2021 60 days Site selection and preparation Procurement of equipment and tools 04/16/2021 05/15/2021 30 days Design and construction of facility Training program development 05/16/2021 06/15/2021 30 days Procurement of equipment and tools Training program…
. True/False Statements (Tick the correct option)  Selection of the critical path in network activity diagram for any project, is always focused onresult of the minimum time duration of the critical activities [ True / False ] Suppose, we have total 03 activities in the project “X”; namely L, M and N respectively. An activity “M” is the immediate successor of the activity “L”, while the activity “M” is the immediate predecessor for the activity “N”. According to this scenario, an activity “M” will be the last activity of the project “X” in the network activity diagram [True / False ] The dummy activity consumes both time and resources [True / False ] Towards the optimal solution through stepping stone method, when degeneracy problem is occurred, the next step is to focus on searching lowest value on the independent position in a non-allocated cells [True / False ] Hungarian algorithm, first convert any given assignment matrix into row reduction matrix [True / False
project scheduling uses the schedule, discuss the relevance of it to project manager
You may need to use the appropriate technology to answer this question. Use the following network with activities and times estimated in days to answer the questions. A project network with 13 activities and 17 directed arcs is shown. Activity Start is connected to activity A, to activity B, and to activity C. Activity A is connected to activity D, to activity E, and to activity F. Activity B is connected to activity F. Activity C is connected to activity G and to activity H. Activity D is connected to activity K. Activity E is connected to activity I. Activity F is connected to activity I. Activity G is connected to activity I. Activity H is connected to activity J. Activity I is connected to activity K. Activity J is connected to activity K. Activity K is connected to activity Finish. Activity Finish has no arcs directed to other activities. Activity Optimistic Most Probable Pessimistic A 2 5 6 B 1 3 7 C 5 6 9 D 5 12 14 E 3 4 5 F 9 10 13 G 4 6 8 H 3 6 8 I 5 7 12 J 11 12 13 K 1 3 4…
There are six processes in the project time management knowledge area. How do these processes interact in the creation of the project schedule?
You will be a Project Manager soon, How can you practice standards for scheduling? Give example or scenario, and apply the key components of proper scheduling.
PROJECT PLANNING & SCHEDULING WITH GANNT CHART Given the activities of a project, their time estimates, and their immediatepredecessors shown below:a. Draw the Gannt chart for this project.b. What’s the earliest expected time to finish the project?c. Which activities should not be delayed?d. Which activities can be delayed?e. What’s the maximum amount of time that each of the activities can be delayed without delaying the whole project? Activities Activity Times,months ImmediatePredecessors Maximum Slack,months A 2 - B 3 - C 2 A D 4 B E 4 C F 3 C G 5 D, E H 2 F, G
Consider the following table of activities A through E in which A is the start node and E is the stop node. Assume all activities require the same resource. On a piece of scratch paper, draw the early-start Gantt Chart associated with this table and determine the following. Assume the project is resource-constrained but not time-constrained. Assume only one resource is available and that resource can only do one activity at a time. Activities B, C and D all have the same early start date (time). Since there is only one resource, only one of the activities B, C, D can be started on the early start date. Which should be started first?
You have the following time and cost information for use in a time-cost CPM scheduling model. What are the three costs per unit of time to expedite each activity? A = $200, B = $300, C = $400 A = $300, B = $200, C = $300 A = $100, B = $400, C = $300 A = $100, B = $200, C = $400 A = $200, B = $200, C = $200
PERT could be used to answer which of the following managementquestions? A. Can we delay a particular activity and still finish the project on time?B. When are we scheduled to start a particular activity?C. Which activities should be finished on time?D. All of the above.
Suppose you are the project manager for the following project: First, draw a network diagram for the project. Determine the critical path and slack times for all of the tasks. This completes your plan for the project schedule. During project execution, you become aware of the need to change the duration of Task 4 to five days. Meanwhile, Task 3 has been finished one day early, so it only took one day to do. What, if any, effects do these changes have on your project? What would have happened if you had not been monitoring the status of the project?
a) Produce work schedule showing the activity of estimated durations and the critical path and estimated overal mean duration for work package. Answers must be handwritten step by step to allow others to follow. b) calculate the probability of the work package being completed by week 24. Answers must be handwritten step by step to allow others to follow. c) Differentiate between ealiest and latest activity start and finisg times and explain how these variables determine the degree of spare time or float contained within activities. Answers must be handwritten step by step to allow others to follow.

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