4. Draw network for the following activities. Calculate EET and LET for all the events Activity PrecedingNil activi Dur...
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...
Given the following network diagram for a project, determine each of the following (activity times are in weeks): a) Identify all paths in the network. b) Determine each path's length. c) Identify the Critical Path(s). d) Calculate the expected project duration. a. Path b. Path length c. Critical Path (CP) d. Project duration
Q1. a) Draw a project network using (AOA) method, b) and calculate (EST, EFT, LFT, LST) for each activity, c) and define the critical path. Activity Symbol A B C Predecessor Activity D E F G Duration (Weeks) Nil Nil Nil 5 9 4 B 7 AC C 8 7 D F
Consider the following project activities: Calculate the expected time (te) for each activity. Draw an Activity on Node (AON) diagram to reflect the flow of these activities. Calculate the Early Start (ES), Early Finish (EF), Late Start (LS), and Late Finish (LF) for each activity. Calculate the slack for each activity. Identify all activities on the Critical Path. Use the data to calculate the probability the project will finish in 20 weeks (Hint: z-score). Activity A 8 с D E...
: A network consists of the following list. Times are given in weeks. Activity Preceding Duration A -- 9 B A 2 C A 12 D A 5 E B 6 F B 8 G C, F 3 H D 2 I H 8 J G, I 6 K E, J 2 Draw the network diagram. Find ES, EF, LS, LF, and the slack times for each of the activities. Which activities are critical? Determine the critical path(s). What is...
Concerning the activities the following standards were set: ACTIVITY DESCRIPTION PRECEDING ACTIVITY ACTIVITY DURATION(DAYS) A Feasibility Study None 7 B Internal Specs A 5 C External Specs A 13 D Internal Analysis B 5 E Functional Specs C,D 10 F Hardware Specs E 15 G Hardware Acquisition F 5 H System Installation G 3 I Design material A 45 J System Testing H,I 10 a) Draw a network diagram (Activity-on-None) of the project presented in the case study with all...
Q5: A construction project consists of activities, immediate predecessors (IPA) and duration in weeks are as shown in the following table. Draw the project network diagram, find the critical path and calculate the corresponding project completion time. Also, find the total float as well as the free float for each activity and the non- critical activities. (10 Marks) ТРА Duration (Weeks) Activity A B نما 4 с 14 D A 10 E F A BD BD с F.H 5 4...
For the following, draw the node network, perform the CPM calculations, mark the critical Path, and complete the table. IAAB 745 00 ABCDE Make possibility of rejection. Also show procurement activities CHAPTER 4 EXERCISES 1. For the following schedule, draw the node network, perform the CPM tions, mark the critical path, and complete the table. Activity Duration IPA ES EF LS LF TF FF В 8 B, C For the following schedule, draw the node network, perform the CPM tions,...
1. Given the major activities and their duration for a building project as follows: Activity DurationSuccessors B,C D,E,F HI,J K,L L,M K,L 10 4 (a) Draw the precedence network. (b) Calculate the EST, EFT, LST and LFT of each activity using the forward pass and backward pass methods entire project about a delay of the activity D by 3 days? (Remark: please redraw the diagram to verify (c) Highlight/identify the critical path in the precedence network and find the duration...
Draw an activity on the arrow network for the activities of a project as shown in table, indicate the critical path and calculate the total float Activity description immediate predecessor Expected time (Weeks) A - 5 B - 4 C A 7 D B 7 E B 8 F B 5 G C,D 8 H E,I 11 I F 2 J F 12 K H,I 11 2.convert the above into activity on the node