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ENGR-502 Mod 10
ENGR-502 Exam II
Question | Answer |
---|---|
Finish to start lags are the same as additional activity slack. | False |
The least common type of lag relationship occurs when a successor's finish is dependent upon a predecessor's start. | True |
Gantt charts cannot depict float. | False |
In order to accelerate completion of a project, the manager must crash critical path activities. | True |
The critical path may not contain a dummy activity. | False |
Quite often the marginal gains in employee productivity decrease dramatically with the increased use of overtime. | True |
AOA is a more useful technique than AON if the project is complex and has many significant milestones. | True |
Dummy activities are used in AOA networks to indicate the existence of precedent relationships between activities and their event nodes. | True |
Networks are adaptable and useful for all scheduling challenges that an organization faces. | False |
Most activity estimations using PERT methods lead to overly optimistic activity duration estimates. | True |
The most common type of logical sequencing between tasks is referred to as the: | finish to start relationship. |
A finish to start lag delay is usually shown: | on the line adjoining the two activity nodes. |
The process of accelerating a project is referred to as: | crashing |
One reason for crashing a project is: | the project has slipped behind schedule. |
What approach will NOT accelerate the completion of a project? | Increase the bureaucratic oversight. |
If an activity's cost is plotted against its duration on axes with zeros at the origin: | the slope of the line is negative because it costs more to finish an activity more quickly. |
The amount of time an activity may be delayed from its early start without delaying the finish of the project is the: | float |
Prior to creating a network, it is important to: | understand the activity precedence. |
Serial activities are those that: | flow from one to the next in sequence. |
Concurrent activities are: | activities that can be performed at the same time. |