3. A producer of inkiet printers is planning to add a new line of Rrinters, and xou haxs been asked to balance the process, given the following task times and precedence telationships. Assume that cycle time is to be the minimum possible. Immediate Length (minutes) Task (Predecessor) 0.2 0.4 0.3 1.3 b. c 0.1 0.8 0.3 d, f 1.2

Practical Management Science
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3. A producer of inkiet printers is planning to add a new line of printers, and vou have
keen asked to balance the process, given the following task times and precedence
relationships. Assume that cycle time is to be the minimum pOssible.
Length
(minutes)
Immediate
Тask
(Predecessor)
a
0.2
b
0.4
0.3
1.3
b, c
0.1
0.8
e
0.3
d. f
1.2
a. Do gach of the following:
(1) Draw the precedence diagram. (4 pts.)
(2) Assign tasks to stations in order gf most following tasks. Tiebreaker: greatest
Rositional weight.
(3) Determine the RErcentage of idle time.
(4) Compute the rate of output in printers per day that could be expected for this
line assuming a 420-minute working dav.
b. Answer these questions:
(1) What is the shortest cxcle time that will pemit use of only two workstations?
Is this cycle time feasible? Identify the tasks vou would assign to each station.
(2) Determine thE REICentage of idle time that would result if two stations were
used.
(3) What is the daily Qutputunder this arrangement?
(4) Determine the Qutput rate that would be associated with the maximum cycle
time.
Transcribed Image Text:3. A producer of inkiet printers is planning to add a new line of printers, and vou have keen asked to balance the process, given the following task times and precedence relationships. Assume that cycle time is to be the minimum pOssible. Length (minutes) Immediate Тask (Predecessor) a 0.2 b 0.4 0.3 1.3 b, c 0.1 0.8 e 0.3 d. f 1.2 a. Do gach of the following: (1) Draw the precedence diagram. (4 pts.) (2) Assign tasks to stations in order gf most following tasks. Tiebreaker: greatest Rositional weight. (3) Determine the RErcentage of idle time. (4) Compute the rate of output in printers per day that could be expected for this line assuming a 420-minute working dav. b. Answer these questions: (1) What is the shortest cxcle time that will pemit use of only two workstations? Is this cycle time feasible? Identify the tasks vou would assign to each station. (2) Determine thE REICentage of idle time that would result if two stations were used. (3) What is the daily Qutputunder this arrangement? (4) Determine the Qutput rate that would be associated with the maximum cycle time.
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