M C Q s D r i v e

Software Engineering Mcqs 840 MCQs [All-Courses]

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Software Engineering MCQs for job test and interview preparation, especially for fresh graduates, students, and candidates appearing in competitive exams. These multiple-choice questions cover a wide range of topics, including the fundamentals of software engineering, its various types, advanced concepts, software design, development processes, testing methods, software evolution, and security aspects.

Cost and schedule are a part of_________________________?
A Product Metrics
B Process Metrics
C Project Metrics
D All of the mentioned
Correct Answer: Project Metrics
Number of errors found per person hours expended is an example of a____________________?
A measurement
B measure
C metric
D all of the mentioned
Correct Answer: metric
Size and Complexity are a part of____________________?
A Product Metrics
B Process Metrics
C Project Metrics
D All of the mentioned
Correct Answer: Product Metrics
Which of the following is not categorized under Product Operation of McCall’s Software Quality Factors ?
A Flexibility
B Reliability
C Usability
D Integrity
Correct Answer: Flexibility
Which of the following is not categorized under Component-Level Design Metrics ?
A Complexity Metrics
B Cohesion Metrics
C Morphology Metrics
D Coupling Metrics
Correct Answer: Morphology Metrics
MTTC falls the the category of____________________?
A correctness
B integrity
C maintainability
D all of the mentioned
Correct Answer: maintainability
The arc-to-node ratio is given as r = a/n. What does ‘a’ represent in the ratio ?
A maximum number of nodes at any level
B longest path from the root to a leaf
C number of modules
D lines of control
Correct Answer: lines of control
Percentage of modules that were inspected is a part of__________________?
A Product Metrics
B Process Metrics
C Project Metrics
D All of the mentioned
Correct Answer: Process Metrics
Identify the correct option with reference to Software Quality Metrics ?
A Integrity = [Sigma(1 – threat)] * (1 – security)
B Integrity = [1 – Sigma(threat)] * (1 – security)
C Integrity = [1 – threat * Sigma(1 – security)]
D Integrity = Sigma[1 – threat * (1 – security)]
Correct Answer: Integrity = Sigma[1 – threat * (1 – security)]
Usability in metric analysis is defined as the degree to which the software_________________?
A stated needs
B is easy to use
C makes optimal use of system resources
D none of the mentioned
Correct Answer: is easy to use