A. 2
B. 1
C. 3
A. To identify the actors involved in the system
B. To describe the flow of events and interactions between actors and the system
C. To capture the structure of the system,s data
D. To specify the behavior of the system as it responds to stimuli
A. Object Diagram
B. Composite Structure Diagram
C. Deployment Diagram
D. Use Case Diagram
A. To specify the sequence of messages between system components
B. To represent the flow of data within a system
C. To illustrate the interactions between actors and the system
D. To depict the static structure of a system in terms of classes and their relationships
A. Rapid generations of answers about the system behavior
B. Rapid definitive answers to stakeholders questions
C. Rapid definitive answers to customers questions
A. Design
B. Stakeholder needs analysis
C. Operational
D. Integration
E. Any
A. The process of encapsulating concerns into aspects during runtime or compile-time
B. The process of integrating new features into the existing codebase
C. The process of optimizing the performance of a software system
D. The process of combining separate modules into a cohesive system
A. To show relationships to requirement in other model elements in a different diagram
B. To show relationships to requirement in other model elements in the same diagram
A. Object-oriented programming
B. Aspect-oriented programming
C. Functional programming
D. Imperative programming
