1. A model-driven analysis approach that focuses on the structure of stored data in a system rather than on processes is
a) structured analysis
b) information engineering
c) rapid architected analysis
d) object-oriented analysis
2. All of the following are phases of systems analysis, except
a) decision analysis phase
b) requirements analysis phase
c) design analysis phase
d) scope definition phase
3. Which of the following analysis techniques derive system models from existing system or discovery prototypes?
a) rapid architected analysis
b) object-oriented analysis
c) discovery prototyping
d) structure analysis
4. Prototypes are used in
a) model-driven analysis
b) object-oriented analysis
c) traditional approaches
d) accelerated systems analysis
5. Which of the following is NOT a feasibility analysis criterion?
a) technical feasibility
b) operational feasibility
c) economic feasibility
d) resource feasibility
6. Which of the following phases identifies and expresses requirements, prioritizes requirements, updates project plan, and communications the requirements statement?
a) logical design phase
b) decisions analysis phase
c) systems analysis phase
d) none of the above
7. The tasks of defining acceptance tests, structuring functional requirements, and validating functional requirements are performed in which one of the phases?
a) problem analysis phase
b) decision analysis phase
c) systems analysis phase
d) logical design phase
8. The task of establishing system improvement objectives is performed in which phase of systems analysis?
a) problem analysis phase
b) logical design phase
c) scope definition phase
d) requirements analysis phase
9. The task of identifying and expressing system requirements is performed in which phase of systems analysis?
a) problem analysis phase
b) logical design phase
c) scope definition phase
d) requirements analysis phase
10. Cause-and-effect analysis is performed in the following phase of systems analysis
a) scope definition phase
b) requirements analysis phase
c) physical design phase
d) problem analysis phase