Question: URGENT HELP PLEASE - Following table provides tasks on an assembly line, along with their immediate predecessors and task times. Task Time (Minutes) Immed. Pred.
URGENT HELP PLEASE -
- Following table provides tasks on an assembly line, along with their immediate predecessors and task times.
| Task | Time (Minutes) | Immed. Pred. |
| A | 0.7 | None |
| B | 0.2 | A |
| C | 0.4 | None |
| D | 1.0 | B |
| E | 0.3 | A |
| F | 0.5 | C |
| G | 0.7 | D,E,F |
| H | 1.2 | G |
The cycle time is 1.3 minutes. Draw precedence diagram. Balance the line (assign all tasks) using the longest task time rule and fill out below table. Calculate the efficiency.
Following table provides tasks on an assembly line, along with their immediate predecessors and task times.
| Task | Time (Minutes) | Immed. Pred. |
| A | 0.7 | None |
| B | 0.2 | A |
| C | 0.4 | None |
| D | 1.0 | B |
| E | 0.3 | A |
| F | 0.5 | C |
| G | 0.7 | D,E,F |
| H | 1.2 | G |
The cycle time is 1.3 minutes. Draw precedence diagram. Balance the line (assign all tasks) using the longest task time rule and fill out below table. Calculate the efficiency.
| Work station | Eligible | Task | Task time | Idle time |
2. A decision tree is provided.
A. Calculate Expected value (EV) at every node. Show work.
B. What is the optimum decision and EV?
C. If your risk tolerance is $0, what is the best decision and EV?
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