Software Engineering types

A. hardware problem
B. record organisation problems
C. heavy computational demands
D. loss of comments

A. Cost reduction
B. Time reduction
C. Maintainability
D. None of the mentioned

A. Object modules
B. Hardware modules
C. Functional modules
D. Process support modules

A. should be unscalable
B. must be able to cope with uncertain, random heavy demands on services
C. must be secure
D. are subject to assorted legal, social, and ethical scrutiny

A. Editing text and diagrams
B. Display of parts of the design texts
C. Cross referencing queries and requirements tracing
D. Display of parts of the design texts AND Cross referencing queries and requirements tracing

A. Lower
B. Classic
C. Real
D. Middle

A. Database
B. Repository
C. Registers
D. None of the mentioned

A. Cost Aided Software Engineering
B. Computer Aided Software Engineering
C. Control Aided Software Engineering
D. None of the mentioned

A. Cross referencing queries and requirements tracing
B. Transformation of design records into application software
C. Compiling, interpreting or applying interactive debugging code
D. Transformation of design records into application software AND Compiling, interpreting or applying interactive debugging code

A. Management of design documents and software code versions
B. Transformation of design records into application software
C. Compiling, interpreting or applying interactive debugging code
D. None of the mentioned