Using the "normal" schedule, and assuming you are billing on the last day of the month for previous month and for appropriate partial months, how many invoices will you have for this project?
A. 42.
B. 36.
C. 40.
D. 37.
When resource leveling craft labor for a critical path schedule, the scheduler
A. Must consider breaks in continuity of work for subcontractors, thereby possibly incurring additional subcontractor mobilization and demobilization costs.
B. Can depend on the results of the resource leveling operation to reflect a useful realignment of all schedule activities without 'further analysis.
C. Need not consider its effects, as it is a theoretical concept with limited application to construction projects.
D. Need only consider the non-union crafts persons.
If a cost estimate assumes that 240 hours will be expended on a given activity, and the projected crew size expected to perform that activity is 5 personnel working and 8-hour workday, what is the calculated duration for the activity?
A. 8 days
B. 6 days
C. 4 days
D. 5 days
Using the "normal" schedule, theoretically construct a hammock for activities 2001 through 2004. What is the duration of the hammock?
A. 91 days
B. 183 days
C. 193 days
D. 168 days
In the "normal" schedule, excluding Activity 1000, what activity(s) are concurrent with Activity 3001?
A. 2003 and 7001.
B. 2004.
C. 4001, 5001 and 6001.
D. 4001 and 5001.
For the late finish for Activity 11001, select the most appropriate response for transitioning from the forward pass.
A. LS.11001 + 25 days.
B. 02-19-04.
C. EF.11001.
D. EF.11001 + 1 day.
Is activity 7001 pictured correctly in the precedence diagram?
A. No, the total float is not shown correctly.
B. Yes, except the early finish date is not shown.
C. No, the start-to-start and finish-to-finish relationships are backwards.
D. Yes, the duration is 48 days.
Determine the correct formula and date for the late start for the Activity 11001:
A. LF.1001 + DUR.10001 -> 01-14-04.
B. LF.11001 - Dur.11001 -> 01-16-04.
C. LF.11001 - 27 days + 1 day -> 01-14- 04.
D. LF.10001 + 1 day -> 01-16-04.
If someone wanted to constrain a project's end date so that any project slippage would cause negative float, they would do so by using
A. Finish-no-earlier constraint on the first activity
B. Finish-no-earlier constraint on the last activity
C. Finish-no-later constraint on the last activity
D. Start-no-later constraint on the first activity
Which of the following is NOT true?
A. Remaining durations can exceed original durations.
B. Constraints can interfere with the longest path calculation.
C. Multiple calendars can affect the total float calculation.
D. A network must contain only one Critical Path.
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