Question: Activity ID Slope Max crash time Normal Time Normal Cost Crash Time Crash Cost A 8 $4,000 6 $ 4,500 B 5 $5,500 2 $
| Activity ID | Slope | Max crash time | Normal Time | Normal Cost | Crash Time | Crash Cost |
|---|---|---|---|---|---|---|
| A | 8 | $4,000 | 6 | $ 4,500 | ||
| B | 5 | $5,500 | 2 | $ 7,000 | ||
| C | 10 | $6,100 | 7 | $ 7,900 | ||
| D | 12 | $4,700 | 9 | $ 5,000 | ||
| E | 6 | $2,050 | 4 | $ 2,300 | ||
| F | 8 | $1,200 | 6 | $ 1,700 | ||
| G | 5 | $7,200 | 4 | $ 7,400 | ||
| H | 9 | $7,500 | 7 | $ 8,000 | ||
| I | 2 | $1,750 | 2 | $ 1,750 |
Given the above table of Software Developing Project, what is the total normal (direct) cost of the project?
calculate the following:
- Slope?
- Maximum crash time?
-
Consider your calculations from the previous question.
If the critical path is A-B-E-F-I, which activity should be crashed first.
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