A computer-system installation project consists of eight activities. The immediate predecessors and activity times in weeks are shown below.ImmediatePredecessor(s)ActivityABсDס ח ד 0 IFGHAB, CC, DEBF, GActivityTime373252102 b. Identify the critical path.The critical path is -Select-C. What is the project completion time? Round your answer to the nearest whole number.weeks

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Answered: b. Identify the critical path. The…

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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ANSWER THE FOLLOWING QUESTIONS ( SHOW ALL WORKINGS) 1. Determine and state the critical path for this project. 2. What are the expected time and the variance of the project? 3. What is the probability that the project is completed in 22 or fewer weeks 4. What date should be set such that there is a 94% chance of completion within that time?
Please show the step-by-step solution how you get your answer.
Suppose that you are assigned to a construction project which is planned to be build as early as possible. As a planning engineer you have to find the right sequence of activities in order to complete the project on time. Use Gantt (Bar) Chart and calculate total duration and determine the critical path of the project. Immediate Estimated Activity Predecessors Duration A 2 weeks A 4 weeks в 10 weeks D 6 weeks E 4 weeks S weeks 7 weeks 9 weeks 7 weeks 8 weeks 4 weeks E G D E, G F, I K 5 weeks 2 weeks 6 weeks м H N K, L Immediate Predecessor (Finish to Start) Construct Gantt Chart of the project.
Consider the following project where times are in weeks. Activity Immediate Predecessors Duration A - 8 B - 12 C A,B 7 D B 4 E A 2 F C 3 G E,F 7 H D,F 3 What is the slack for activity G? a. 7 b. -7 c. 0 d. 1 There have been several variances in the cost and schedule estimates on your project, and the original estimating assumptions are no longer valid. The variances will likely continue until the end of the project. Calculate the estimate at completion (EAC) for your project based on the following data? BAC = $1,000,000 EV = $200,000 PV = $400,000 AV = $150,000 CPI = 1.333SPI = 0.5 a. $1,425,142 b. $751,879 c. $1,050,000 d. $1,200,120
What is the latest day you could start activity B? Number What is the latest day you could finish activity D? Number What is the slack time for activity G? Number days What would be the overall duration of the project if activity E were increased by 5 days, from 2 to 7 days? Number days
(Note: Task N is a dummy task. It must be included in the relationships, but its duration is 0. Be sure its duration is set to 0) Please see attached chart and diagram. 1. Set the Project start on Monday 11/1/20. Thursday 11/26/20, Friday 11/27/20, 12/25/20, and 1/1/21 are holidays. 2. Determine critical path and its duration. When the project will end (date)? 3. There is a possibility that the starting task K may be delayed by 3 days. Will this impact the project completion date? If yes, when will be the new finish date? (After checking this out, please restore the project to its original schedule). 4. Assign the following resources to the tasks. All resources will be full time. (Set the leveling to manual first).
Environment Recycling, Inc. must clean up a large automobile tire dump under a state environmental cleanup contract. Suppose that some of the activities in the Environment Recycling, Inc. project can be crashed. The table below shows the crash times and costs associated with performing the activities at their original (normal) times and also for the crash times (all times are in weeks). Activity A B с DEF VI G H I Predecessor(s) | < < | A A B, C, D D D E F, G, H Normal Time 5 8 7 6 8 3 3 4 6 Crash Time 4 6 6 5 6 2 2 3 5 Normal Cost $430 1,950 900 620 1,900 900 500 580 850 Crash Cost $780 2,350 1,200 1,020 2,400 1,100 650 780 1,250
Outline the steps involved in identifying the critical path of a project. Briefly describe each step 2. Listed below are tools used for project scheduling. Briefly describe each Time sheets Task lists Shared calendars Automated scheduling tools 3. Answer the following questions about work breakdown structures (WBS). Briefly explain what a WBS is. How does the WBS help determine project deliverables? How does the WBS help determine the sequence of activities on a project?
Given the activities of a project; their optimistic (t.), most likely (t_) and pessimistic (t) time estimates; and their immediate predecessors shown below 1. When is the earliest project completion? 2. Which activities are critical (should not be delayed)? 3. Which activities are noncritical (can be delayed)? 4. How long can each of the activities be delayed without delaying the whole project (maamum slack]? Immediate Activity Times, months Maximum Slack, Activities Predecessors t. months to 13 16 4 17 A 2 14 3. 13 10 13 14 B. D FH. 25 ABCDELGHI
A project has 7 activities P, Q, R, S, T, U, and V. Three time estimates (optimistic, most-likely, pessimistic) are used for each activity. Write down your answers to all parts of the question in the box given below. Give your answer to 3 decimal places. (Note (a) has of 2 parts and (b) has of 3 parts) For activity Q, these time estimates are as follows: optimistic time = 9, most-likely time = 14, pessimistic time = 20. Write down the average activity time for Q the variance of activity time for Q. The critical path of this project has a mean project time of 44 days and a standard deviation of 5 days. Assume project completion time is normally distributed. Find the probability that the project will be completed in 47 days. Find the probability that the project will take more than 40 days. We want to set a deadline for this project completion. If the probability of meeting this set deadline is 0.88, what will be the deadline for this project.
Based on the diagram in question 3, what happens to the project duration if Activity C is done at the same time as Activity D? The duration is shortened by 1 day The duration is lengthened by 1 day The duration is shortened by 4 days The duration is not affected
1. A project was planned using PERT with three-time estimates. The expected completion time of the project was determined to be 40 weeks. The variance of the critical path is 9. (e) The project manager wishes to set the due date for the completion of the project so that there is a 90% chance of finishing on schedule. Thus, there would only be a 10% chance the project would take longer than this due date. What should this due date be?

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b. Identify the critical path. The critical path is -Select- c. What is the project completion time? Round your answer to the nearest whole number. weeks