Question: Product A. Given the following task, times, and sequence, develop a balanced line capable of operating with a 10-minute cycle time . What is the
Product A. Given the following task, times, and sequence, develop a balanced line capable of operating with a 10-minute cycle time.
What is the minimum number of workstations?
Using a precedence diagram, do assembly line balancing to group the tasks into the minimum number of workstations to minimize idle time at each station (Use Heuristic: Number of tasks that must follow and the given Cycle time)
What is the efficiency of the line?
What is the total idle time for your solution?
| Task Element Time(mins) Element Predecessor |
| A 3 - |
| B 5 A |
| C 7 B |
| D 5 - |
| E 3 C |
| F 3 B,D |
| G 5 D |
| H 6 G |
Kids' Game Corporation has developed a new video game, which is to be produced on an assembly line. The production schedule requires that 360 video games be produced in an 8-hour day. The assembly includes 11 tasks. The table below indicates the performance time and the sequence requirements for each task.
| Task Performing Time Task must follow (seconds) listed below |
| 1 55 - |
| 2 8 1 |
| 3 50 - |
| 4 15 - |
| 5 33 3, 4 |
| 6 62 2, 5 |
| 7 14 - |
| 8 40 - |
| 9 32 7, 8 |
| 10 45 9 |
| 11 18 6, 10 |
What is the cycle time in seconds for this assembly operation?
What is the minimum number of workstations?
Using a precedence diagram, do assembly line balancing to group the tasks into the minimum number of workstations to minimize idle time at each station (Use Heuristic: Number of tasks that must follow and Cycle time in (1))
What is the efficiency of the line?
What is the total idle time for your solution?
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