______assesses the priority of identified ri sks using their probability of occurring，the corresponding impact on project objectives if the risks do occur，as well as other factors such as the time frame. and risk tolerance of the project constraints of cost，schedule，scope，and quality．A．Quantitative Risk AnalysisB．Qualitative Risk AnalysisC．Enterprise Environmental FactorsD．Risk Management Plan
______assesses the priority of identified ri sks using their probability of occurring，the corresponding impact on project objectives if the risks do occur，as well as other factors such as the time frame. and risk tolerance of the project constraints of cost，schedule，scope，and quality．
A．Quantitative Risk Analysis
B．Qualitative Risk Analysis
C．Enterprise Environmental Factors
D．Risk Management Plan
相关考题：
AssumethescopedattributeprioritydoesNOTyetexist.Whichtwocreateandsetnewrequest－scopedattributeprioritytothevalue“medium”?() A.${priority=‘medium’}B.${requestScope[‘priority’]=‘medium’}C.c：setvar=priority”value=”medium”/D.c：setvar=”priority”scope=”request”medium/C：setE.c：setvar=”priority”value=”medium”scope=”request”/F.c：setproperty=”priority”scope=”request”medium/c：setG.c：setproperty=”priority”value=”medium”scope=”request”/
If both nodes in a chassis cluster initialize at different times, which configuration example will allow you to ensure that the node with the higher priority will become primary for your RGs other than RG0?（）A. [edit chassis cluster] user@host# show redundancy-group 1 { node 0 priority 200; node 1 priority 150;preempt; }B. [edit chassis cluster] user@host# show redundancy-group 1 { node 0 priority 200; node 1 priority 150; monitoring; }C. [edit chassis cluster] user@host# show redundancy-group 1 { node 0 priority 200; node 1 priority 150; control-link-recovery; }D. [edit chassis cluster] user@host# show redundancy-group 1 { node 0 priority 200; node 1 priority 150; strict-priority; }
Whichofthefollowingtechniquesisusedfortrackingtheprojectrisks?() A.Probability-ImpactmatrixB.ParetochartC.R-ChartD.PERT（ProgramEvaluationandReviewTechnique）analysis
对于VRRP协议,我们把正常情况Master的优先级称为Priority(master),把正常情况下Backup的优先级称为Priority(backup),把监控端口失效时对Master优先级的影响成为Priority(reduced),则它们之间应满足如下关系()。 A.Priority(master)>Priority(backup)>Priority(master)-Priority(reduced)B.Priority(master)C.Priority(master)>Priority(backup)>Priority(reduced)D.Priority(master)
Assumetworoutersonthesamesubnet,R1andR2,bothconfiguredforHSRP.R1hasapriorityof120.WhichofthefollowingHSRPinterfaceconfigurationswillalwaysresultintheR2becomingtheprimary?() A.standby1priority110B.standby1priority120C.standby1priority130D.standby1priority110preemptE.standby1priority120preemptF.standby1priority130preempt
They have the capability to destroy the enemy in a few days.A:possibility B:necessity C:ability D:probability
The uncertainty of an event is measured by its probability of occurrence and is inversely proportional to that. The more uncertain an event is. The more information is required to resolve uncertainty of that event. The amount of information is measured in （ ） . A.possibility B.bits C.bps D.probability
They have the capability to destroy the enemy in: a few days.A:possibility B:necessity C:ability D:probability
下列定义的外部中断0函数正确的是（）。A．void int0() interrupt 1 using 0B．void int0() interrupt 0 using 0C．void int0() interrupt 2 using 0D．void int0() interrupt 3 using 0
下列定义的外部中断0函数正确的是（）。A．void int0() interrupt 0 using 0B．void int0() interrupt 1 using 0C．void int0() interrupt 3 using 0D．void int0() interrupt 3 using 0