For the project in the table below: a) Draw the networkdiagram showing ES, EF, LS, LF, and the critical path.Then show the effect of crashing each activity on thenetwork by crossing out values and writing the new onesimmediately above or below it. B) Calculate the normal,least-cost, and crash duration for the project. Thencalculate the cost associated with each duration. Indirectcost (overhead) is $200 per day. C) Draw the graph of thetotal cost corresponding to the crashing exercise:Activity IPACost $Crash Normal Crash14421546324ABCDEFGHАс|JKAAABB,CDEFF,GH,I,JDurationNormal17633787535$800 $800$1,000 $1,600$300$500$400$800$100$200$500$800$1,200 $1,400$350$600$700$850$500$1,000$450$800

Find the Given details below: Activity Predecessor Normal Time (NT) (Days) Normal cost (NC) Crash…

Answered: For the project in the table below: a)…

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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Your hospital has applied for certification as a level 1 stroke center. It is critical that the following project is completed in 18 weeks, before the next Joint Commission survey. Project activity times are listed in the table that is attached as an image. a) Draw the network diagram.b) Identify all project paths. Which path is the critical path and why?c) What is the project completion time and total project costs if only normal times are used? Activity
Below is a project listed in a table with: activity, predecessor, and duration. Activity A B с D E F G H Predecessor none A A с B B D, E, F G Fill in the chart below by filling in: early start (ES), early finish (EF), ☐late start (LS), A late finish (LF), duration (D), and float (F). Then, answer the questions based on the chart. Hint: You can use the Word tools to fill in the chart, or you can draw the chart by hand, then photograph or scan your graph to submit it. 1. Fill in the chart below. B Duration (weeks) C 5 3 8 13 7 9 10 7 - D E F G H
Answer all parts.
The project information for the custom order project of the Air Control Company is presented here. Compute the early and late activity times and slack times. Identify the critical path. How many days will the project take? ID Activity A Order review B Order standard parts с Produce standard parts D Design custom parts E Software development F Manufacture custom hardware G Assemble H Test The project will take The critical activities are The late start on Activity C is The slack on Activity C is The slack on Activity D is The early start on Activity E is Predecessor None A A A A C, D B, F E, G Time 6 1 13 11 27 11 15 7 days. days. days. days. days.
From the following data, calculate BAC, BCWS, BCWP, ACWP, EV, CV and SV when the Status Checking Date is May 5, 2017. Is the project over or under budget? By what percentage? Is the project behind or ahead of schedule? By what percentage? Project Status Status Checking Date 5/5/2017 Actual Effort Estimated Actual Completion Estimated Work Effort by Status Checking Date Completion Date Tasks Date (mm/dd/yy) (mm/dd/yy) (Person Days) (Person Days) 10 2/5/2017 2/5/2017 15 20 3/15/2017 3/25/2017 20 25 4/25/2017 4. 25 25 5/5/2017 4/1/2017 15 10 5/25/2017 10 5 6/10/2017 7 5 6/15/2017 HTML Editor 2. 3. 5.
For the following simple seven‐activity project, develop a precedence network, calculate all relevant characteristics of each activity (ES, EF, LS, LF, TF), and calculate the project duration. Then draw a time‐scaled network and under it a labor resource histogram for the ES. Do the same for the LS. In both cases, use the maximum allowable number of workers. Make adjustments to the noncritical activities, within the constraints of the ES and LF and the maximum and minimum workers allowed to provide what you feel is the best labor distribution. Lastly, Explain in detail what do you feel is the biggest problem with the ES and LS configurations, and how has this been alleviated with your solution?
How do i fully crash a critical path when given the following question. a) Fully crash the critical path taking the work package back to the shortest possible duration. You should thwith the activity with the lowest cost per unit crash time and progress to the activity with the highest cosp per unit crash time. Show the crash sequence of cost against time using suitable form of graphical representation. b) Summarize the main sources of duration estimating data used by organizations when assembling project schedules.
their is no predecessor Draw the network diagram for this project. Clearly label the earliest start, earliest finish, latest start and latest finish for each activity. Specify the critical path and the critical activities & state the expected C.P. duration. State the variance of the critical path. What is the probability that the dinner will be ready within 3 minutes early?
Need help with problem 2
Development of Version 2.0 of a particular accounting software product is being considered by Jose Noguera's technology firm in Baton Rouge. The activities necessary for the completion of this project are listed in the following table: Normal Crash Activity Time (weeks) Time (weeks) A B 3 1 3 4 3 2 2 a) Based on the given information regarding the activities for the project, the project length с D E F G 2 8 6 Normal Cost $2,100 $2,300 $500 $2,400 $900 $3,400 $1,600 weeks Total Cost with Crashing Immediate Predecessor(s) $2,700 $3,000 $500 $2,700 $1,350 $4,900 $2,200 С D, E
Activity Optimistic 56 ABCDEFGH-K А 7 1 8 11232 Time Estimates (weeks) Most Likely Pessimistic 63555 N 5 10 10 24242BSAHON 12 17 10 12 Immediate Predecessor(s) START START START B A, C D. E D, E FG HG H
Please answer a, b and c only. Thanks

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