Activities with zero time duration are referred to as:A.Critical path activites.B.Noncritical path activities.C.Slack time activities.D.DummiesE.None of above.
Activities with zero time duration are referred to as:
A.Critical path activites.
B.Noncritical path activities.
C.Slack time activities.
D.Dummies
E.None of above.
相关考题：
The critical path is calculated byA.subtracting the end date of task one from the start date of task two.B.determining which tasks have the least amount of total slack.C.totaling the time for all activities.D.determining the shortest path through the network.E.Determining which tasks have the most slack
Which of the following impacts the critical path?A.Changing the task duration.B.Reduce the free float of an activity.C.Executing a backward passD.A or BE.None of the above.
The critical path in a schedule network is the path that:A.Takes the longest time to completeB.Must be done before any other tasksC.Allows some flexibility in scheduling a start time.D.Is not affected by schedule slippageE.All of the above.
Management has decided to "crash" a project in order to avoid penalty payments for late deliveries. To crash the project, either overtime or additional resources should be assigned to:A.All activities.B.Only those activities with the longest time durations.C.Those activities on the critical path begining with the longest time duration activities.D.Those activities with the greatest degree of risk.E.None of the above.
Bar charts are most appropriate for:A.Comparing actual to planned performance to each activity.B.Showing slack time.C.Showing critical path dependencies.D.Showing which activities can be rearranged in parallel.E.All of the above.
A non-critical path activity is completed in half the time. Then,A.The critical path is also reduced.B.The slack in the path containing this activity will increase.C.The total cost for this activity has decreased.D.Manpower from this activity can be assigned to other activities.E.All of the above.
During a project review meeting, you discover that your $250,000 project has a negative schedule variance of $20,000 which equates to 12% of the work scheduled to this point of time. You can therefore conclude that:A . The project will be completed late.B . The critical path has been lengthened.C . the costs are being overrun.D . Overtime will be required to maintain the original critical path.E . None of the above.
Using the data shown in the Special window, Activities P, Q, and T are critical path activities. In order to shorten the time duration of the project, which activity should be "crashed" first?A . PB . QC . RD . SE . T
Standard deviation of project completion is _____ .A a relationship of the uncertainty of critical path activities.B an indicator of project end date target confidenceC a function of critical path, leveling and project costs.D A and BE All of the above.
142 Activities with zero time duration are referred to as:A. Critical path activites.B. Noncritical path activities.C. Slack time activities.D. DummiesE. None of above
88 A non-critical path activity is completed in half the time. Then,A. The critical path is also reduced.B. The slack in the path containing this activity will increase.C. The total cost for this activity has decreased.D. Manpower from this activity can be assigned to other activities.E. All of the above
111 Management has decided to "crash" a project in order to avoid penalty payments for late deliveries. To crash the project, either overtime or additional resources should be assigned to:A. All activities.B. Only those activities with the longest time durations.C. Those activities on the critical path begining with the longest time duration activities.D. Those activities with the greatest degree of risk.E. None of the above
181 The critical path in a schedule network is the path that:A. Takes the longest time to completeB. Must be done before any other tasksC. Allows some flexibility in scheduling a start time.D. Is not affected by schedule slippageE. All of the above
112 Using the data shown in the Special window, Activities P, Q, and T are critical path activities. In order to shorten the time duration of the project, which activity should be "crashed" first?A. PB. QC. RD. SE. T
● The critical path is calculated byA subtracting the end date of task one from the start date of task two.B determining which tasks have the least amount of total slack.C totaling the time for all activities.D determining the shortest path through the network.E Determining which tasks have the most slack
● Which of the following impacts the critical path?A Changing the task duration.B Reduce the free float of an activity.C Executing a backward passD A or BE None of the above.
● The critical path in a schedule network is the path that:A Takes the longest time to completeB Must be done before any other tasksC Allows some flexibility in scheduling a start time.D Is not affected by schedule slippageE All of the above.
● Increasing resources on the critical path activities may not always shorten the length of the project because:A Certain activities are time-dependent rather than resource-dependent (i.e., using three ovens rather than one to bake a cake).B Safety, OSHA and EPA may have placed restrictions on the number of people used on certain activities or in the physical location of the project.C The skill level of the added resources might not be appropriate for the activities to be performed.D Adding more resources may create additional work and produce inefficiencies (i.e., additional people may need training and supervision.)E All of the above.
● Management has decided to "crash" a project in order to avoid penalty payments for late deliveries. To crash the project, either overtime or additional resources should be assigned to:A All activities.B Only those activities with the longest time durations.C Those activities on the critical path begining with the longest time duration activities.D Those activities with the greatest degree of risk.E None of the above.
● Bar charts are most appropriate for:A Comparing actual to planned performance to each activity.B Showing slack time.C Showing critical path dependencies.D Showing which activities can be rearranged in parallel.E All of the above.
● A non-critical path activity is completed in half the time. Then,A The critical path is also reduced.B The slack in the path containing this activity will increase.C The total cost for this activity has decreased.D Manpower from this activity can be assigned to other activities.E All of the above.
A critical path for a project is the series of activities that determine（ ）by which the project can be completed.A.the earliest timeB.the latest timeC.the total timeD.the free time
critical path for a project is the series of activities that determine（ ）by which the projectcan be completed.项目的关键路径是确定 项目可以完成的一系列活动 A.the earliest time 最早完成时间 B.the latest time 最迟完成的时间 C.the total time 总时间 D.the free time 自由时间 .
What is the optimize timer on an RSVP-signaled Label-Switched Path （LSP）？（）A、the time it takes to identify the optimal path for the LSPB、the interval at which the ingress router recalculates the LSP’s pathC、the time the ingress router takes to establish the primary pathD、the maximum number of times the ingress router tries to establish the primary path
What is the optimize timer on an RSVP-signaled Label-Switched Path (LSP)?（）A、The time it takes to identify the optimal path for the LSP.B、The interval at which the ingress router recalculates the LSP's path.C、The time the ingress router takes to establish the primary path.D、The maximum number of times the ingress router tries to establish the primary path.
单选题What is the optimize timer on an RSVP-signaled Label-Switched Path (LSP)?（）AThe time it takes to identify the optimal path for the LSP.BThe interval at which the ingress router recalculates the LSP's path.CThe time the ingress router takes to establish the primary path.DThe maximum number of times the ingress router tries to establish the primary path.
单选题What is the optimize timer on an RSVP-signaled Label-Switched Path （LSP）？（）Athe time it takes to identify the optimal path for the LSPBthe interval at which the ingress router recalculates the LSP’s pathCthe time the ingress router takes to establish the primary pathDthe maximum number of times the ingress router tries to establish the primary path