The following table lists the weekly quantities, routings, and load size of four parts that are...

 

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The following table lists the weekly quantities, routings, and load size of four parts that are being considered for a machine sequencing problem. Parts are identified by letter, and machines are identified numerically. Sizes of parts are given in container-size. Part Weekly a. Determine the most logical sequence of machines for the data given according to Hollier Method. b. Construct the flow diagram for the data, showing where and how many parts enter and exit the system. c. Compute the percentage of in-sequence moves. d. Compute the percentage of backtracking moves. No. Quantity Routing Size A 100 1 2 3 14 0.25 B 120 32 541 0.35 C 200 1 2 1 3-5 0.50 D 250 4-1-2-54 0.10 The following table lists the weekly quantities, routings, and load size of four parts that are being considered for a machine sequencing problem. Parts are identified by letter, and machines are identified numerically. Sizes of parts are given in container-size. Part Weekly a. Determine the most logical sequence of machines for the data given according to Hollier Method. b. Construct the flow diagram for the data, showing where and how many parts enter and exit the system. c. Compute the percentage of in-sequence moves. d. Compute the percentage of backtracking moves. No. Quantity Routing Size A 100 1 2 3 14 0.25 B 120 32 541 0.35 C 200 1 2 1 3-5 0.50 D 250 4-1-2-54 0.10