Use the following digraph to answer Questions
Suppose that a crew can currently complete a job (order-requirement digraph is shown below) in a minimum amount of time. $Use the following digraph to answer Questions Suppose that a crew can currently complete a job (order-requirement digraph is shown below) in a minimum amount of time. -Apply the critical-path scheduling algorithm to obtain a priority list. A) T _ { 1 } , T _ { 4 } , T _ { 2 } , T _ { 5 } , T _ { 3 } , T _ { 6 } B) T _ { 4 } , T _ { 1 } , T _ { 2 } , T _ { 6 } , T _ { 5 } , T _ { 3 } C) T _ { 1 } , T _ { 4 } , T _ { 2 } , T _ { 5 } , T _ { 6 } , T _ { 3 } D) T _ { 4 } , T _ { 1 } , T _ { 2 } , T _ { 5 } , T _ { 3 } , T _ { 6 }$
-Apply the critical-path scheduling algorithm to obtain a priority list.
A)

T _ { 1 } , T _ { 4 } , T _ { 2 } , T _ { 5 } , T _ { 3 } , T _ { 6 }

T _ { 4 } , T _ { 1 } , T _ { 2 } , T _ { 6 } , T _ { 5 } , T _ { 3 }

T _ { 1 } , T _ { 4 } , T _ { 2 } , T _ { 5 } , T _ { 6 } , T _ { 3 }

T _ { 4 } , T _ { 1 } , T _ { 2 } , T _ { 5 } , T _ { 3 } , T _ { 6 }

Given the Order-Requirement Digraph Below (With Time Given in Minutes)

Multiple Choice

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