Question: requirements follows: table [ [ Task , Precedence,Task Times ] , [ A , - , 6 ] , [ B , A ,

requirements follows:
\table[[Task,Precedence,Task Times],[A,-,6],[B,A,3],[C,B,I],[D,B,7],[E,C, D,5],[F,E,4]]
If the mission wants to complete a care package every 10 minutes, how many volunteers should be called in? Balance the line and calculate the efficiency. How many packages can be assembled in a four-hour period? Suppose that volunteers are plentiful. Balance the line to maximize output. What is the efficiency of the line? How many care packages can be assembled in a four-hour period?
 requirements follows: \table[[Task,Precedence,Task Times],[A,-,6],[B,A,3],[C,B,I],[D,B,7],[E,C, D,5],[F,E,4]] If the mission wants to complete

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