February 2019

A. functional domain
B. arbitrary transfer of control is impossible
C. recursion is easy to represent
D. providing a notation that translates actions and conditions

Explanation: This functionality is covered by UML diagrams.

A. repeat until
B. condition
C. do while tests
D. if then-else

A. Repetition
B. Sequence
C. Condition
D. None of the mentioned

A. Provide for flexible interaction
B. Allow user interaction to be interrupt-able and undo-able
C. Show technical internals from the casual user
D. Design for direct interaction with objects that appear on the screen

Explanation: The user interface should move the user into the virtual world of the application.

A. Machine readability
B. Maintainability
C. Structure enforcement
D. Overall simplicity

Explanation: Readability is processing input.

A. Place the user in control
B. Reduce the user’s memory load
C. Make the interface consistent
D. All of the mentioned

Explanation: These golden rules actually form the basis for a set of user interface design principles that guide this important software design activity.

A. User, task, and environment analysis and modeling
B. Interface design
C. Knowledgeable, frequent users
D. Interface validation

Explanation: These are the end user for whom the product is being built.

A. the design of interfaces between software components
B. the design of interfaces between the software and human producers and consumers of information
C. the design of the interface between two computers
D. all of the mentioned

A. design model
B. user’s model
C. mental image
D. system image

Explanation: The requirements specification may establish certain constraints that help to define the user of the system, but the interface design is often only incidental to the design model.

A. short-term memory
B. shortcuts
C. objects that appear on the screen
D. all of the mentioned

Explanation: The interface should be designed to reduce the requirement to remember past actions and results.