LIST-I LIST-II A. Class diagram I. subset B. Package diagram II. relationship C. Object diagram III. dependencies D. Component diagram IV. static structure
Matching UML Diagrams with Concepts
This question requires matching different types of UML diagrams (LIST-I) with their primary concepts (LIST-II).
Analysis of Matches:
- A. Class diagram: Primarily used to model the static structure of a system, showing classes, attributes, and relationships. Matches IV. static structure.
- B. Package diagram: Organizes elements into logical groups called packages. A package represents a subset of model elements and shows dependencies between these groups. Matches I. subset.
- C. Object diagram: Depicts instances of classes and their relationships at a specific point in time, serving as a snapshot. Matches II. relationship.
- D. Component diagram: Illustrates the organization and dependencies among software components. Matches III. dependencies.
Correct Matching:
Based on the analysis, the correct matches are:
- A - IV
- B - I
- C - II
- D - III
This corresponds to option C.
Important Questions from Design and Analysis
Which of the following UML diagrams has a static view ?
Match the following in Software Engineering:
List – I
List – II
(a)
Product Complexity
(i)
Software Requirements Definition
(b)
Structured System Analysis
(ii)
Software Design
(c)
Coupling and Cohesion
(iii)
Validation Technique
(d)
Symbolic Execution
(iv)
Software Cost Estimation
Software validation mainly checks for inconsistencies between
Which of the following statements is/are TRUE?
P: In software engineering, defects that are discovered earlier are more expensive to fix
Q: A software design is said to be a good design, if the components are strongly cohesive and weakly coupled
Select the correct answer from the options given below:
Which of the following are the primary objectives of risk monitoring in software project tracking?
P: To assess whether predicted risks do, in fact, occur
Q: To ensure that risk aversion steps defined for the risk are being properly applied
R: To collect information that can be used for future risk analysis
