b. The probability that the project will require more than 49 weeks. (Round intermediate calculations and final answer to 4 decimalplaces.)P(T > 49 week)c. The probability that the project can be completed in 46 weeks or less. (Round intermediate calculations and final answer to 4decimal places.)P(T s 46 week) The following precedence diagram reflects three time estimates for each activity. Determine:Use Table B1 and Table B2.9-10-12385-7-108-10-1411-12-136.1114-18-2610.5-13-15.5108-8-85-6-713-13-1377-10-129.a. The expected completion time for each path and its variance. (Round intermediate calculations to 4 decimal places and finalanswers to 2 decimal places.)PathMeanVar.Std. Dev.1-2-3-8-111-2-4-6-111-2-4-7-111-2-5-9-10-119-9910-11-1210-12-142.

A project schedule network represents the sequential and analytical connection between tasks in a…

Answered: b. The probability that the project…

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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The expected number of days to completion for a different project is E(x) = 3.32 The variance of days to completion is var(x) = 1.22 The project cost involves A fixed cost (in thousands of dollars) of FC = $83.783 A variable cost for each day taken to complete the project ($000) VC = $9.774 14 The expected value of the project cost is $_______ thousand. a 109.364 b 112.746 c 116.233 d 119.828
DAYS IMMEDIATE ACTIVITY m PREDECESSORS A 10 12 B 6. 9 3 4 D 10 20 30 A E 6. 7 8 F 10 11 B, D, E G 6. 7 10 B, D, E 14 15 16 F 10 11 13 F 8 G, H K I,J L. 4 G, H 2. 639
c) Total cost of crashing the project by 2 days = $_________ (Enter your response as an integer.)
In the space provided below create the network diagram that shows the relationship (logic) of project activities shown below and then number each event. 1. In a given project activities "A, B and C are initial activities that may begin at the same time 2. -----"D" cannot begin until "A" is complete. 3. ----- "B" must be complete before E can begin. 4. ----- "F" cannot start until "C" is finished. 5. ----- "G" cannot begin until "B" is finished. 6. ----- "G" and "D" must be done before "H" can begin. 7. ----- "I" cannot begin until "B" is finished. 8. ----- "J" can begin only after "F" and "I" are complete. 9. ----- Once "E" is complete, "K" can begin. 10. ---- The project will be finished when "H" "J" and "K" are complete.
Office Automation Inc., developed a proposal for implementing a software system that will standardize the accounts payable function by automatically issuing an electronic payment upon receipt of the vendor invoice. Contained in the proposal is a list of activities that must be accomplished to complete the project. The following table contains relevant information about the activities. Time (weeks) Cost ($1,000s) Activity Description ImmediatePredecessor Normal Crash Normal Crash A Plan needs 10 8 30 70 B Order equipment A 8 6 120 150 C Install equipment B 10 7 100 160 D Set up training lab A 7 6 40 50 E Conduct training course D 10 8 50 75 F Test system C, E 3 3 60 (a). Develop a project network. (b) Develop an activity schedule. Activity EarliestStart LatestStart EarliestFinish LatestFinish Slack A B C D E F (c) What are the critical activities? (Enter your answers as…
Part 1: The 5 project management groups have wide industry application in modern day project management. By using practical examples of your choice, demonstrate the practical application of the project management processes in bringing a project to a successful end (Detailed response required, also acknowledge information sources). Part 2: A gantt chart is widely applied in project management as a project scheduling tool,whose format is in bar chart form. Critically examine a gantt chart as a project scheduling tool and practically demonstrate how it can also be used as a project planning and control technique (Detailed response required, also acknowledge information sources).
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Office Automation Inc., developed a proposal for implementing a software system that will standardize the accounts payable function by automatically issuing an electronic payment upon receipt of the vendor invoice. Contained in the proposal is a list of activities that must be accomplished to complete the project. The following table contains relevant information about the activities. Time (weeks) Cost ($1,000s) Activity Description ImmediatePredecessor Normal Crash Normal Crash A Plan needs 10 8 30 70 B Order equipment A 8 6 120 150 C Install equipment B 10 7 100 160 D Set up training lab A 7 6 40 50 E Conduct training course D 10 8 50 75 F Test system C, E 3 3 60 (d) Assume that the company wants to complete the project in six months or 26 weeks. What is the amount of crash time (in weeks) for each activity that minimizes cost? (A, B, C, D, E) = (e) Develop an activity schedule for the crashed project. Activity EarliestStart LatestStart…
(g) Using the IF function, write a formula in J38 to display "Yes" if the activity is critical and display "No" if the activity is not critical. Copy the formula to cells J39:J44.To calculate the entire project's variance, we simply add variance for activities on the critical path. Screenshot attached tahnks!!!
ACTIVITY WK(S) PRECEDES CRASH COST/WEEK A(START $370 $120 $220 1 $140 F(END) 3 $400 Suppose that Rafay is only given 8 weeks (instead of 10) to complete the project. By how many weeks should each activity be crashed in order to meet the deadline? Assume that you can crash an activity down to 0 weeks duration. Activity Each Activity Should be Reduced BY (weeks) A O week(s) B1 week(s) C 2 week(s) E O week(s) F Oweek(s) What is the total crashing cost? $ nothing (Enter your response as a whole number.) PLEASE SHOW ME HOW TO GET THE CALUCLATION ON MY OWN SHOW YOUR STEPS i DO KNOW THAT CC-NC/NT-CT BUT I DONT KNOW WHAT FIGURES GOES WHERE AND WHY B с E 3 2 4 B,C E F F
14 The expected activity time in PERT analysis is calculated as: Select one: a. the sum of the activity variances, divided by six. b. the sum of the optimistic, pessimistic, and most likely times. c. the sum of the optimistic, pessimistic, and most likely times, divided by six. d. the simple average of the optimistic, pessimistic, and most likely times. e. the weighted average of a, m, and b, with m weighted 4 times as heavily as a and b.
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