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Consider the following table of activities that describes a project network. Without causing the critical path to become noncritical or otherwise wasting money, what would be the second activity you would crash and how many days can you crash it?


A) A for 2 days
B) B for 2 days
C) C for 1 day
D) B for 1 day
E) A for 1 day

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Total cost for specific project durations is computed and then compared with the benefits of reducing project time, before the project begins or while it is in progress.

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The easiest way to add more labor to a project is not to add more people, but to schedule overtime. What are the disadvantages of scheduling overtime?

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First, hourly workers are typically paid at least time and a half for overtime, increasing project costs. Sustained overtime work by salaried employees may incur intangible costs such as divorce, burnout, and turnover. It is also an oversimplification to assume that, over an extended period of time, a person is as productive during his or her eleventh hour at work as during his or her third hour of work.

Incentive contracts can make the reduction of project time rewarding-usually for both the project contractor and owner.

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Cost slope can be determined by dividing the


A) run by the rise.
B) rise by the run.
C) crash cost by the normal cost.
D) normal cost by the crash cost.
E) indirect cost by direct cost.

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What does it mean to say that a project network is sensitive and why is that important to a project manager who needs to reduce the duration of his or her project?

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A network is sensitive if it has several...

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Helen has just learned that she needs to reduce the duration of her project to meet an imposed deadline. She has calculated the crash cost per unit and knows the maximum units each activity can be reduced. What is the next step?


A) Find the activity with the lowest crash cost
B) Calculate the optimum cost-time point
C) Calculate the crash point
D) Identify the critical path
E) Find the activity with the highest crash cost

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Insensitive networks are a rarity; Planning for a sensitive network is more practical.

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An activity's normal time and cost are 12 and $150, respectively. Its estimated crash time and cost are 9 and $300, respectively. This activity's crash cost per time unit is ________.


A) $50
B) $100
C) $150
D) $300
E) $30

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A

An activity must be crashed on each critical path in order to reduce project duration.

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Consider the following table of activities that describes a project network. Without causing the critical path to become noncritical or otherwise wasting money, by how many days max could you crash this project? Assume you can crash only one activity at a time and that crashing is necessary regardless of cost. You do not want to crash the critical path(s) beyond the point where it (they) is no longer critical as this will not reduce project duration.


A) From 60 days to 50 days
B) From 60 days to 40 days
C) From 60 days to 30 days
D) From 60 days to 20 days
E) From 60 days to 10 days

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Consider the following table of activities that describes a project network. Is this network sensitive? Suppose indirect costs are $550 / day. For how many days could you crash this network and still be saving money because crash costs / day are less than the indirect costs / day that would be saved?


A) Yes, sensitive. 30 days.
B) Yes, sensitive. 25 days.
C) No, insensitive. 25 days.
D) No, insensitive. 30 days.
E) Neither sensitive nor insensitive. 35 days.

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Because direct costs are assumed to be developed from normal methods and in a normal amount of time, any reduction in activity time should ________ the direct cost of the activity.


A) decrease
B) increase
C) reduce
D) expand
E) approximate

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In selecting the best activity to crash you would first select the activity with the


A) least steep slope.
B) earliest start time.
C) longest duration.
D) most steep slope.
E) largest crash time.

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Consider the following table of activities that describes a project network. What is the first activity you would crash?


A) A
B) B
C) D
D) F
E) G

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Compressing activities on a project with a sensitive project network will:


A) Increase risk of delaying the project.
B) Improve cost-time crashing success.
C) Reduce scheduling flexibility.
D) Increase risk of delaying the project and reduce scheduling flexibility.
E) Increase risk of delaying the project but improve cost-time crashing success.

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Sometimes very high __________ costs are recognized before a project begins and reducing these costs through shorter project durations becomes a high priority.


A) labor
B) direct
C) project
D) overhead
E) interest

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A project that has several near-critical or critical paths is said to be


A) elastic.
B) fully consumed.
C) inherently risky.
D) sensitive.
E) insensitive.

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Which of the following is NOT one of the more commonly used options for cutting project costs?


A) Reduce project scope
B) Have owner take more responsibility
C) Move the completion date further out
D) Brainstorm cost savings options
E) Outsource project activities

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An activity's ________ is calculated by dividing the rise by the run.


A) run rate
B) rise rate
C) rise / run rate
D) slope
E) daily cost

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D

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