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8.6: From the following network data, determine the critical path, early start, early finish, late start,...
Lecture Exercise #12 Critical Path Method . Determine the early start, early finish, late start, late finish times for each activity Identify the critical path Activity Time (days) Predecessor(s) . A 6 None B 7 None с 3 A D 2 A E 4 B F 6 B G 10 C, E D, F H 7 ))
21. Using the CPM method, calculate early start (ES), late start (LS), early finish (EF), late finish (LF) and total float (TF) for each activity in the following network and answer the questions 21-1. The ES of activity His: a) 18 b) 22C) 5 d) 2 21-2. The LF of activity B is: a) 20 b) 22c) 18d) 19 ) 13 d) 59 21-3. The TF of activity A is: a) 5 b ) 17 c) 18 21-4. The project...
QUESTION 2: (20 marks) 2. Critical Path Method (CPM) is a network diagramming technique used to predict total project duration and to determine the critical path. a) Based on the table provided, create the CPM network diagram. Analyse and show the Early Start (ES), Early Finish (EF), Late Start (LS), Late Finish (LF) and the Float/Slack duration (14 marks) b) Analyse the diagram, state and circle the Critical Path clearly. (6 Marks) Activity Predecessor Duration A 6 B А 7...
QUESTION 2: (20 marks) 2. Critical Path Method (CPM) is a network diagramming technique used to predict total project duration and to determine the critical path. a) Based on the table provided, create the CPM network diagram. Analyse and show the Early Start (ES), Early Finish (EF), Late Start (LS), Late Finish (LF) and the Float/Slack duration. (14 marks) b) Analyse the diagram, state and circle the Critical Path clearly. (6 Marks) Activity Predecessor Duration A 6 B A 7...
Please use the information below to draw and solve the network on a piece of paper by: • Complete the forward and backward pass • Identify the critical path Fill in the requested information (Example: ESA - Early Start of Activity A; LFA - Late Finish of Activity A, etc) Duration 3 Predecessor Relationship N 2 - Activity Activity ID Contract sign A Survey Target market C Data collection Presentation Analyze results Demographics G Closing H FS Lag 3 N...
QUESTION 1 Please use the information below to draw and solve the network on a piece of paper by: Complete the forward and backward pass Identify the critical path Fill in the requested information (Example: ESA Early Start of Activity A; LFA Late Finish of Activity A, etc) Relationship Activity Contract sign Predecessor Activity ID Duration 3 А Survey В 2 А Target market C Data В,С D 7 collection Presentation 2 FS Lag 3 E В Analyze F 2...
9. Given the following information in the table, construct an activity on the node diagram. Label the critical path as well as the early and late start/finish times and the slack for each activity. (20 points) Predecessor Duration (Days) Activity A, B C, D F,G 9. Given the following information in the table, construct an activity on the node diagram. Label the critical path as well as the early and late start/finish times and the slack for each activity. (20...
Construction Management Assignment on "Critical Path Method (CPM)" Do the following tasks for each of the questions (a) Draw both the activity-on-arrow (AOA) network and the activity-on-node (AON) network. (b) Calculate the early start time (ES), early finish time (EF), late start time (LS), and late finish time (LF) of each activity, and identify the critical path. (c) Compute the total float (TF), free float (FF), interfering float (IF), and independent float (IDF) for each activity (Note: The duration of...
Lecture Exercise #12 Critical Path Method Determine the early start, early finish, late start, late finish times for each activity Identify the critical path . Activity А Time (days) 6 7 3 Predecessor(s) None None B с A 2 A E 4 B F 6 B 10 C. E D. F H 7 Lecture Exercise #13 Project Crashing Activity Predecessor(s) Time (weeks) Normal Crash 3 2 2 1 А B None None None с 1 1 Cost Normal Crash 1000...
Construction Management Assignment on "Critical Path Method (CPM)" Do the following tasks for each of the questions (a) Draw both the activity-on-arrow (AOA) network and the activity-on-node (AON) network. (b) Calculate the early start time (ES), early finish time (EF), late start time (LS), and late finish time (LF) of each activity, and identify the critical path. (c) Compute the total float (TF), free float (FF), interfering float (IF), and independent float (IDF) for each activity (Note: The duration of...