1. Match the following:
a. Watson- Felix model intensity i. Failure
b. Quick-Fix model ii. Cost estimation
c. Putnam resource allocation model iii. Project planning
d. Logarithmetic- Poisson Model iv. Maintenance
Codes:
a b c d
(A) ii i iv iii
(B) i ii iv iii
(C) ii i iii iv (D) ii iv iii i
Ans. D.)
Frequently aked software engineering question.
2. Equivalence partitioning is a ______ method that divides the input domain of a program into classes of data from which test cases can be derived.
(A) White-box testing (B) Black-box testing
(C) Orthogonal amIy testing
(D) Stress testing
(B) Spiral model (C) Clean room software engineering
(D) Agile model
a. Watson- Felix model intensity i. Failure
b. Quick-Fix model ii. Cost estimation
c. Putnam resource allocation model iii. Project planning
d. Logarithmetic- Poisson Model iv. Maintenance
Codes:
a b c d
(A) ii i iv iii
(B) i ii iv iii
(C) ii i iii iv (D) ii iv iii i
Ans. D.)
Frequently aked software engineering question.
2. Equivalence partitioning is a ______ method that divides the input domain of a program into classes of data from which test cases can be derived.
(A) White-box testing (B) Black-box testing
(C) Orthogonal amIy testing
(D) Stress testing
Ans.: B.)
Very simple question from software testing.
3. ________is a process model that removes defects before they can
precipitate serious hazards.
(A) Incremental model(B) Spiral model (C) Clean room software engineering
(D) Agile model
