MCQs
Total Questions : 82
| Page 8 of 9 pages
Answer: Option C. -> Linear Model & Prototyping Model
EACH LINEAR SEQUENCE PRODUCES A DELIVERABLE “INCREMENT” OF THE SOFTWARE SYSTEM, PARTICULARLY NEEDED IN CASE OF QUICK DELIVERY OF A LIMITED FUNCTIONALITY SYSTEM..
EACH LINEAR SEQUENCE PRODUCES A DELIVERABLE “INCREMENT” OF THE SOFTWARE SYSTEM, PARTICULARLY NEEDED IN CASE OF QUICK DELIVERY OF A LIMITED FUNCTIONALITY SYSTEM..
Answer: Option A. -> True
THERE IS A HIGH RISK IN NEW SOFTWARE DEVELOPMENT. THERE MAY BE DEVELOPMENT PROBLEMS, STAFFING PROBLEMS AND SPECIFICATION PROBLEMS, THEREBY INCREASING THE COST.
THERE IS A HIGH RISK IN NEW SOFTWARE DEVELOPMENT. THERE MAY BE DEVELOPMENT PROBLEMS, STAFFING PROBLEMS AND SPECIFICATION PROBLEMS, THEREBY INCREASING THE COST.
Answer: Option C. -> radial, angular
THE RADIAL DIMENSION DEPICTS THE CUMULATIVE COSTS AND THE ANGULAR DIMENSION DEPICTS THE PROGRESS MADE IN COMPLETING EACH CYCLE. EACH LOOP OF THE SPIRAL MODEL REPRESENTS A PHASE.
THE RADIAL DIMENSION DEPICTS THE CUMULATIVE COSTS AND THE ANGULAR DIMENSION DEPICTS THE PROGRESS MADE IN COMPLETING EACH CYCLE. EACH LOOP OF THE SPIRAL MODEL REPRESENTS A PHASE.
Answer: Option D. -> all of the mentioned
A SOCIOTECHNICAL SYSTEM IS A SYSTEM THAT INCLUDES PEOPLE, SOFTWARE, AND HARDWARE TO SHOW THAT YOU NEED TO TAKE A SYSTEMS PERSPECTIVE ON SECURITY AND DEPENDABILITY.
A SOCIOTECHNICAL SYSTEM IS A SYSTEM THAT INCLUDES PEOPLE, SOFTWARE, AND HARDWARE TO SHOW THAT YOU NEED TO TAKE A SYSTEMS PERSPECTIVE ON SECURITY AND DEPENDABILITY.
Answer: Option B. -> Berry Boehm
BERRY BOEHM IN 1986 IN HIS ARTICLE “A SPIRAL MODEL OF SOFTWARE DEVELOPMENT AND ENHANCEMENT”.
BERRY BOEHM IN 1986 IN HIS ARTICLE “A SPIRAL MODEL OF SOFTWARE DEVELOPMENT AND ENHANCEMENT”.
Answer: Option A. -> Evolutionary development usually has two flavors; exploratory development, and throw-away prototyping
EVOLUTIONARY DEVELOPMENT USUALLY HAS TWO FLAVORS; EXPLORATORY DEVELOPMENT, AND THROW-AWAY PROTOTYPING.
EVOLUTIONARY DEVELOPMENT USUALLY HAS TWO FLAVORS; EXPLORATORY DEVELOPMENT, AND THROW-AWAY PROTOTYPING.
Answer: Option D. -> All of the mentioned
PROCESSES USED FOR SOFTWARE EVOLUTION DEPEND ON ALL THESE FACTORS.
PROCESSES USED FOR SOFTWARE EVOLUTION DEPEND ON ALL THESE FACTORS.
Answer: Option C. -> Concurrent Model
IN CASE OF CLIENT/SERVER APPLICATIONS, THE CONCURRENT PROCESS MODEL SPECIFIES ACTIVITIES IN TWO DIMENSIONS: A SYSTEM DIMENSION AND A COMPONENT DIMENSION. HENCE CONCURRENCY IS ACHIEVED BY THESE TWO ACTIVITIES OCCURRING SIMULTANEOUSLY AND CAN BE MODELED USING THE STATE-ORIENTED APPROACH
IN CASE OF CLIENT/SERVER APPLICATIONS, THE CONCURRENT PROCESS MODEL SPECIFIES ACTIVITIES IN TWO DIMENSIONS: A SYSTEM DIMENSION AND A COMPONENT DIMENSION. HENCE CONCURRENCY IS ACHIEVED BY THESE TWO ACTIVITIES OCCURRING SIMULTANEOUSLY AND CAN BE MODELED USING THE STATE-ORIENTED APPROACH
Answer: Option D. -> Reverse Engineering and Reengineering
PROCESSES USED FOR SOFTWARE EVOLUTION DEPEND RELY ON THESE TWO TECHNIQUES.
PROCESSES USED FOR SOFTWARE EVOLUTION DEPEND RELY ON THESE TWO TECHNIQUES.
Answer: Option B. -> False
REVERSE ENGINEERING IS OFTEN THE INITIAL ACTIVITY IN A REENGINEERING PROJECT.
REVERSE ENGINEERING IS OFTEN THE INITIAL ACTIVITY IN A REENGINEERING PROJECT.
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