A situation in which one of two or more risk events will follow an act, but the precise nature of these events may
not be known and the probabilities of their occurring cannot be objectively assigned, is the definition of:
a. Certainty
b. Uncertainty
c. Risk
d. Risk adversity
e. None of the above
第1题:
Total project risk can be defined as:
A the sum of the probabilities of project risks events times the sum of consequences of those risks
B the sum of the products of each project risk event times its consequences
C the sum of the consequences of all project risk events
D the sum of the probabilities of all project risk events
E 1 - the sum of the probabilities of all project risk events.
第2题:
109 Uncertainty refers to a situation where:
A. the outcomes are known but their probabilities are high
B. the outcomes and their probabilities are known
C. neither the outcomes nor their probabilities are known
D. states of nature can change at any time
E. probabilities of various states of nature can change at any time
第3题:
108 Project Risk Management is based on which of the following premises:
A. the future is unknown.
B. unknowns can result in risks or opportunities.
C. we cannot control risk events.
D. project risk impact can be measured and controlled
E. All of the above
第4题:
144 Risk event probability is defined as:
A. the total number of possible events divided into the expectations or frequency of the risk event
B. the number of times the risk event may occur
C. the fraction of the total project tasks which may be affected by the risk event
D. the total number of possible events divided into the consequences of the risk event.
E. A and B
第5题:
170 Project Risk _____ .
A. should not be calculated for small projects.
B. is the probability of each risk event minus the sum of the consequences of potential risk events.
C. is the cumulative effect of uncertain occurrences which will adversely affect project objectives.
D. cannot be quantified for first time projects.
E. B or D
第6题:
A. A job chain can contain a nested chain of jobs.
B. The jobs in a job chain cannot have more than one dependency.
C. A job of the CHAIN type can be run using event-based or time-based schedules.
D. The jobs in a job chain can be executed only by using the events generated by the Scheduler
第7题:
Consider the events_% tables in performance Schema. Which two methods will clear or reset the collected events in the tables?()
第8题:
Which two statements are true about a job chain? ()(Choose two.)
第9题:
Which two statements are true about a job chain?()
第10题:
A job chain can contain a nested chain of jobs.
The jobs in a job chain cannot have more than one dependency.
A job of the CHAIN type can be run using event-based or time-based schedules.
The jobs in a job chain can be executed only by using the events generated by the Scheduler
第11题:
A job chain can contain a nested chain of jobs
The jobs in a job chain cannot have more than one dependency
A job of the CHAIN type can be run using event-based or time-based schedules
The jobs in a job chain can be executed only by using the events generated by the Scheduler
第12题:
Using DELETE statements, for example, DELETE FROM performance_schema.events_watis_current
Using the statement RESET PERFORMANCE CACHE
Using the statement FLUSH PERFORMANCE CACHE
Using TRUNCATE statements, for example, TRUNATE TABLE performance_schema.events_waits_current
Disabling and re-enabling all instruments
Restarting Mysql
第13题:
Uncertainty refers to a situation where:
A the outcomes are known but their probabilities are high
B the outcomes and their probabilities are known
C neither the outcomes nor their probabilities are known
D states of nature can change at any time
E probabilities of various states of nature can change at any time
第14题:
15 Total project risk can be defined as:
A. the sum of the probabilities of project risks events times the sum of consequences of those risks
B. the sum of the products of each project risk event times its consequences
C. the sum of the consequences of all project risk events
D. the sum of the probabilities of all project risk events
E. 1 - the sum of the probabilities of all project risk events
第15题:
122 Total Project Risk:
A. should not be calculated for small projects
B. is the probability of each project risk event times the sum of the consequences of individual project risk events which could occur during the project.
C. Is the cumulative sum of the probability of each individual project risk event times the consequences of occurrence of that risk event.
D. A and B
E. A and C
第16题:
113 Screening of risk events for potential risk is known as _____ .
A. problem structuring.
B. risk identification
C. risk quantification
D. risk modeling
E. risk mitigation
第17题:
A. A job chain can contain a nested chain of jobs.
B. The jobs in a job chain cannot have more than one dependency.
C. A job of the CHAIN type can be run using event-based or time-based schedules.
D. The jobs in a job chain can be executed only by using the events generated by the Scheduler
第18题:
A. Oracle Workflow Builder
B. Oracle Workflow Definition Loader
C. Oracle Business Event Definition Loader
D. Workflow Administrator Web page in E-Business Suite
第19题:
Which two statements are true about a job chain?()
第20题:
Which two statements are true regarding transactions in an Oracle database()
第21题:
You are developing an application that receives events asynchronously.You create a WqlEventQuery instance to specify the events and event conditions to which the application must respond.You also create a ManagementEventWatcher instance to subscribe to events matching the query.You need to identify the other actions you must perform before the application can receive events asynchronously.Which two actions should you perform?()
第22题:
A job chain can contain a nested chain of jobs.
The jobs in a job chain cannot have more than one dependency.
A job of the CHAIN type can be run using event-based or time-based schedules.
The jobs in a job chain can be executed only by using the events generated by the Scheduler
第23题:
Exhaust and scavenging
Scavenging and compression
Ignition and expansion
Exhaust and compression