A. Software processes
B. Software Security
C. Software reuse
D. Software Validation
Explanation: Software validation is an activity for software process and not the fundamental for engineering.
A. Software Development Life Cycle
B. System Development Life cycle
C. Software Design Life Cycle
D. System Design Life Cycle
A. 2 phases
B. 3 phase
C. 5 phases
D. 6 phases
Explanation: RAD Model consists of five phases namely:Business modeling,Data modeling,Process modeling,Application generation and Testing & Turnover
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.