Shown below are the tasks, times, and precedence requirements for the work required to assemble a copier machine. Production time per day = 480 minutes. Desired output per day = 40 units. TASK TASK TIME, mins IMMEDIATE PREDECESSOR/S 10 B 11 A в D 4 в E 12 F G С, D 3 H 11 E I 3 G, H ΣTt- 66 1. What's the cycle time for this production line? 2. What's the theoretical minimum number of workstations that should be set up? 3. List the paths for this problem. 4. Draw the precedence diagram for this problem. 5. How many workstations should be set up in this production line? 6. Which tasks should be performed in each workstation? 7. Draw the diagram of the production line. 8. Calculate the efficiency of the production line. Note: You may use either clustering or heuristics in assigning tasks to workstations

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter4: Linear Programming Models
Section: Chapter Questions
Problem 111P
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Shown below are the tasks, times, and precedence requirements for the work required
to assemble a copier machine. Production time per day = 480 minutes. Desired output
per day = 40 units.
TASK TASK TIME, mins IMMEDIATE PREDECESSOR/s
A
10
в
11
A
B
D
4
B
E
12
A
F
3
С, D
G
H
11
E
I
3
G, H
ΣTt-66
1. What's the cycle time for this production line?
2. What's the theoretical minimum number of workstations that should be set up?
3. List the paths for this problem.
4. Draw the precedence diagram for this problem.
5. How many workstations should be set up in this production line?
6. Which tasks should be performed in each workstation?
7. Draw the diagram of the production line.
8. Calculate the efficiency of the production line.
Note: You may use either clustering or heuristics in assigning tasks to workstations
Transcribed Image Text:Shown below are the tasks, times, and precedence requirements for the work required to assemble a copier machine. Production time per day = 480 minutes. Desired output per day = 40 units. TASK TASK TIME, mins IMMEDIATE PREDECESSOR/s A 10 в 11 A B D 4 B E 12 A F 3 С, D G H 11 E I 3 G, H ΣTt-66 1. What's the cycle time for this production line? 2. What's the theoretical minimum number of workstations that should be set up? 3. List the paths for this problem. 4. Draw the precedence diagram for this problem. 5. How many workstations should be set up in this production line? 6. Which tasks should be performed in each workstation? 7. Draw the diagram of the production line. 8. Calculate the efficiency of the production line. Note: You may use either clustering or heuristics in assigning tasks to workstations
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ISBN:
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Cengage,