A. Product Metrics
B. Process Metrics
C. Project Metrics
D. All of the mentioned
Explanation: Project Metrics describe the project characteristics and execution
Cost and schedule are a part of_________________________? Read More »
Software Metrics A. measurement
B. measure
C. metric
D. all of the mentioned
Explanation: Metric is a quantitative measure of the degree to which a system, component, or process possesses a given attribute.
Number of errors found per person hours expended is an example of a____________________? Read More »
Software Metrics A. Product Metrics
B. Process Metrics
C. Project Metrics
D. All of the mentioned
Explanation: Product Metrics describe the characteristics of product.
Size and Complexity are a part of____________________? Read More »
Software Metrics A. Flexibility
B. Reliability
C. Usability
D. Integrity
Explanation: Flexibility is a part of Product revision as per McCall’s Software Quality Factors.
A. Complexity Metrics
B. Cohesion Metrics
C. Morphology Metrics
D. Coupling Metrics
Explanation: Morphology metrics are a part of High level design metrics.
Which of the following is not categorized under Component-Level Design Metrics ? Read More »
Software Metrics A. correctness
B. integrity
C. maintainability
D. all of the mentioned
Explanation: Mean time to change (MTTC. is the time it takes to analyze the change request, design an appropriate modification, implement the change, test it, and distribute the change to all users.
MTTC falls the the category of____________________? Read More »
Software Metrics 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
Explanation: ‘a’ represents the arcs or the lines of control.
The arc-to-node ratio is given as r = a/n. What does ‘a’ represent in the ratio ? Read More »
Software Metrics A. Product Metrics
B. Process Metrics
C. Project Metrics
D. All of the mentioned
Percentage of modules that were inspected is a part of__________________? Read More »
Software 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)]
Identify the correct option with reference to Software Quality Metrics ? Read More »
Software Metrics A. stated needs
B. is easy to use
C. makes optimal use of system resources
D. none of the mentioned
