A. Quick Design
B. Coding
C. Prototype Refinement
D. Engineer Product
Explanation: A prototyg model generates only a working model of a system.
A. Highly specialized & skilled developers/designers are required
B. Increases reusability of components
C. Encourages customer/client feedback
D. Increases reusability of components, Highly specialized & skilled developers/designers are required
A. Waterfall Model
B. Prototyg Model
C. RAD Model
D. both Prototyg Model & RAD Model
A. 100-200
B. 200-400
C. 400-1000
D. above 1000
Explanation: Build & Fix Model is suitable for small projects & programming exercises of 100 or 200 lines.
A. Build & Fix Model
B. Prototyg Model
C. RAD Model
D. Waterfall Model
Explanation: Real projects rarely follow the sequential flow that the Waterfall Model proposes.
A. Heterogeneity
B. Flexibility
C. Business and social change
D. Security
Explanation: Option b & c are a part of Software Engineering as a subject,hence option a covers them both.
A. Software dependence
B. Software development
C. Software validation
D. Software specification
Explanation: Software dependence is an attribute and not an engineering activity for process.
A. Increasing Demand
B. Low expectation
C. Increasing Supply
D. Less reliable and expensive
Explanation: Increasing supply will lead to more production and not failure.
A. Software companies
B. Software Developers
C. Both Software companies and Developers
D. All of the mentioned
Explanation: Software companies are responsible for making policies and providing working atmosphere for the software development, so in turn these companies become a part of software development process.Bugs from developers side is no new thing. Thus option c answers the question.
A. Lack of adequate training in software engineering
B. Lack of software ethics and understanding
C. Management issues in the company
D. All of the mentioned
Explanation: Option b & c are a part of Software Engineering as a subject,hence option a covers them both.