The dependency of the activities and the expected time of each :activity in a project are...
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The dependency of the activities and the expected time of each :activity in a project are as follows Activity predecessor Expected time Activity predecessor Expected time (days) (days) ABCDEFG A A B C B F,C,B H I J K L M N G,E,C F.E,B F, G,E H, J K,J L,K L,K,J a. Show all the above activities in the form of a grid (activities on vectors or arcs (AOA). B. Calculate the earliest and latest time to start and end each activity (LF, LS, EF, ES)). c. Obtain a total or collective (float) distance (TF), a free distance (FF), and an independent distance(IF) for each activity. .d. Show critical paths The dependency of the activities and the expected time of each :activity in a project are as follows Activity predecessor Expected time Activity predecessor Expected time (days) (days) ABCDEFG A A B C B F,C,B H I J K L M N G,E,C F,E,B F, G,E H, J K,J L,K L,K,J a. Show all the above activities in the form of a grid (activities on vectors or arcs (AOA). B. Calculate the earliest and latest time to start and end each activity (LF, LS, EF, ES)). c. Obtain a total or collective (float) distance (TF), a free distance (FF), and an independent distance(IF) for each activity. .d. Show critical paths The dependency of the activities and the expected time of each activity in a project are as follows: predecessor Expected time Activity predecessor Expected time (days) (days) Activity A B C D E F G A A B C B F,C,B 4 6 5 8 2 5 6 H I J K L M N G,E,C F,E,B F, G,E H, J K,J L,K L,K,J 11 3 5 9 10 7 3 a. Show all the above activities in the form of a grid (activities on vectors or arcs (AOA). B. Calculate the earliest and latest time to start and end each activity (LF, LS, EF, ES)). c. Obtain a total or collective (float) distance (TF), a free distance (FF), and an independent distance (IF) for each activity. d. Show critical paths. The dependency of the activities and the expected time of each :activity in a project are as follows Activity predecessor Expected time Activity predecessor Expected time (days) (days) ABCDEFG A A B C B F,C,B H I J K L M N G,E,C F.E,B F, G,E H, J K,J L,K L,K,J a. Show all the above activities in the form of a grid (activities on vectors or arcs (AOA). B. Calculate the earliest and latest time to start and end each activity (LF, LS, EF, ES)). c. Obtain a total or collective (float) distance (TF), a free distance (FF), and an independent distance(IF) for each activity. .d. Show critical paths The dependency of the activities and the expected time of each :activity in a project are as follows Activity predecessor Expected time Activity predecessor Expected time (days) (days) ABCDEFG A A B C B F,C,B H I J K L M N G,E,C F,E,B F, G,E H, J K,J L,K L,K,J a. Show all the above activities in the form of a grid (activities on vectors or arcs (AOA). B. Calculate the earliest and latest time to start and end each activity (LF, LS, EF, ES)). c. Obtain a total or collective (float) distance (TF), a free distance (FF), and an independent distance(IF) for each activity. .d. Show critical paths The dependency of the activities and the expected time of each activity in a project are as follows: predecessor Expected time Activity predecessor Expected time (days) (days) Activity A B C D E F G A A B C B F,C,B 4 6 5 8 2 5 6 H I J K L M N G,E,C F,E,B F, G,E H, J K,J L,K L,K,J 11 3 5 9 10 7 3 a. Show all the above activities in the form of a grid (activities on vectors or arcs (AOA). B. Calculate the earliest and latest time to start and end each activity (LF, LS, EF, ES)). c. Obtain a total or collective (float) distance (TF), a free distance (FF), and an independent distance (IF) for each activity. d. Show critical paths.
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Answer rating: 100% (QA)
ActivityA B C D E F H H I Optimistic time266185335 Most Likely time59748141268 ... View the full answer
Related Book For
Managerial Decision Modeling with Spreadsheets
ISBN: 978-0136115830
3rd edition
Authors: Nagraj Balakrishnan, Barry Render, Jr. Ralph M. Stair
Posted Date:
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