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Use the information contained below to calculate the total normal cost of the project.
Activity
ID Slope Max crash
time Normal
Time Normal
Cost Crash
Time Crash
Cost
A $ $ $
B $ $ $
C $ $ $
D $ $ $
E $ $ $
F $ $ $
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You plan to compress the schedule using a onetime unit per move and the least cost method.
You want to reduce the schedule until you reach the maximum crash point crash duration of the network.
You have already identified which activities to crash and the crashing order of these activities to reach the crash point.
The crashing order is the following:
Iteration activity B
Iteration activity B
Iteration activity E
Iteration activity C
Iteration activity D
What will the total cost of the project be after iteration
You can use the Excel file QSchedule Crashing as a helping tool. No need to upload the solution in Excel.
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What will the cost of the project be after iteration
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What will the cost of the project be after iteration
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What will the cost of the project be after iteration
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What will the cost of the project be after iteration
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What is the project duration at the crash point?
a
weeks
b
weeks
c
weeks
d
weeks
e
week
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