Software Engineering MCQs - Unit 5
Software Engineering MCQs - Unit 5
A
Known Risk
B
Technical Risk
C
Business Risk
D
Uncovered Risk
Correct Answer
Uncovered Risk
A
Management Risk
B
Crisis Management
C
Project Risk
D
Strategic Risk
Correct Answer
Crisis Management
A
Risk
B
Threats
C
Estimates
D
Schedule
Correct Answer
Threats
A
Generic Risk
B
Product Size
C
Product Specific size
D
Customer characteristics
Correct Answer
Product Specific size
A
Risk Projector
B
Risk evaluation
C
Risk Analysis
D
Risk estimation
Correct Answer
Risk estimation
A
Management Plan
B
Management Concern
C
Risk information
D
Risk Monitoring
Correct Answer
Management Concern
A
Quantifiable risk
B
Static risk
C
Dynamic risk
D
Speculative risk
Correct Answer
Quantifiable risk
A
Loss or no loss
B
Loss
C
Variation
D
None of the above
Correct Answer
Loss or no loss
A
Risk Identification
B
Risk Projection
C
Risk Refinement
D
Risk Monitoring
Correct Answer
Risk Refinement
A
Risk Mentoring, Mitigation and Management
B
Risk Monitoring, Mentoring and Management
C
Risk Mitigation, Monitoring and Management
D
None of the above
Correct Answer
Risk Mitigation, Monitoring and Management
A
Goodness of Software.
B
Specified standards of development
C
Explicitly documented development standards & implicit characteristics that are of all developed software.
D
None of the above
Correct Answer
Explicitly documented development standards & implicit characteristics that are of all developed software.
A
Backbone
B
critics
C
checking process
D
filter
Correct Answer
filter
A
The feedback loops
B
reviewing
C
checking process
D
filter
Correct Answer
The feedback loops
A
Software Reviews
B
feedback loops
C
Variation Control
D
flow control
Correct Answer
Variation Control
A
quality control activity
B
reviewing the project
C
Serves to promote back up continuity
D
All of the above
Correct Answer
All of the above
A
Formal training review
B
Formal technical review
C
Foreign technical review
D
None of the above
Correct Answer
Formal technical review
A
growing trend throughout industry to become more quantitative about quality.
B
finding statistical software project
C
Statistical table of quality
D
Outcome of the product
Correct Answer
growing trend throughout industry to become more quantitative about quality.
A
Software quality assurance Activity
B
finding statistical software project
C
Statistical table of quality
D
Outcome of the product
Correct Answer
Software quality assurance Activity
A
Schedule Risk
B
Cost Risk
C
Strategic Risk
D
Support Risk
Correct Answer
Strategic Risk
A
Software Reliability
B
Quality Concept
C
SQA
D
statistical software Quality Assurance
Correct Answer
Software Reliability
A
ISO 9000, System Engineering
B
ISO 9001:2000, Software Engineering
C
ISO 9001:2000, Design Engineering
D
ISO 9000, Software Engineering
Correct Answer
ISO 9001:2000, Software Engineering
A
ISO 9000
B
ISO 9001:2000
C
ISO 2000
D
None of the above
Correct Answer
ISO 9000
Correct Answer
20
A
All Engineering disciplines
B
Set of ISO Guidelines
C
Software Process
D
All of the above
Correct Answer
All of the above
A
[MTBF/(MTBF + MTTR)] * 100%
B
[MRRF/(MTTF + MTTR)] * 100%
C
[MTTF/(MTTF + MTTR)] * 100%
D
[MTTR/(MTTR + MTTF)] * 100%
Correct Answer
[MTTF/(MTTF + MTTR)] * 100%
A
Mean-time-between-failure
B
Medium-time-between-failure
C
Mean-time-below-failure
D
None of the above
Correct Answer
Mean-time-between-failure
A
Mean-time-to-failure, Mean-time-to-restart
B
Mean-time-to-function, Mean-time-to-resume
C
Mean-time-to-failure, Mean-time-to-repair
D
None of the above
Correct Answer
Mean-time-to-failure, Mean-time-to-repair
A
Identification and assessment of potentials hazards
B
Finding out the unexpected outcomes.
C
Reviewing and taking feedback for the safety of the entire project.
D
None of the above
Correct Answer
Identification and assessment of potentials hazards
A
Failure
B
Misuse
C
Mishap
D
Dangerous
Correct Answer
Mishap