Design and Implementation

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.

A. keyboard commands
B. mouse movement
C. voice recognition commands
D. all of the mentioned

Explanation: All the mentioned input mediums are available today.

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

Explanation: To build an effective user interface, all design should begin with an understanding of the intended users, including their profiles of their age, physical abilities, education, etc.

A. Test Plan
B. Test Design Specification
C. Test Case Specification
D. Test Log

Explanation: Test log is a part of testing result document.
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A. Test plan
B. Test case
C. Test document
D. Test Suite

A. mental image
B. interface design
C. system image
D. interface validation

Explanation: When the system image and the system perception are coincident, users generally feel comfortable with the software and use it effectively.

A. All Statements Coverage
B. Control Structure Coverage
C. Cause-Effect Graphs
D. All Paths Coverage

Explanation: Rest are test strategies of white box testing.

A. Unit Testing
B. Integration Testing
C. Acceptance Testing
D. Regression Testing

Explanation: Integration testing is the phase in software testing in which individual software modules are combined and tested as a group.