Top 1000+ Solved Software Engineering MCQ Questions Answer

From 391 to 405 of 956

Q. Product features are related to:(

a. Functional requirements

b. Non functional requirements

c. Interface requirement

d. None of the above

  • a. Functional requirements

Q. Which one is a quality attribute?(

a. Reliability

b. Availability

c. Security

d. All of the above

  • d. All of the above

Q. IEEE standard for SRS is:(

a. IEEE Standard 837-1998

b. IEEE Standard 830-1998

c. IEEE Standard 832-1998

d. IEEE Standard 839-1998

  • b. IEEE Standard 830-1998

Q. Which one is not a functional requirement?(

a. Efficiency

b. Reliability

c. Product features

d. Stability

  • c. Product features

Q. APIs stand for:(

a. Application performance interfaces

b. Application programming interfaces

c. Application programming integration

d. Application performance integration

  • b. Application programming interfaces

Q. After the finalization of SRS, we may like to estimate(

a. Size

b. Cost

c. Development time

d. All of the above.

  • d. All of the above.

Q. )Which one is not a size measure for software(

a. LOC

b. Function Count

c. Cyclomatic Complexity

d. Halstead’s program length

  • c. Cyclomatic Complexity

Q. Function count method was developed by(

a. B.Beizer

b. Boehm

c. M.halstead

d. Alan Albrecht

  • d. Alan Albrecht

Q. )COCOMO was developed initially by(

a. B.W.Bohem

b. Gregg Rothermal

c. B.Beizer

d. Rajiv Gupta

  • a. B.W.Bohem

Q. A COCOMO model is(

a. Common Cost estimation model

b. Constructive cost Estimation model

c. Complete cost estimation model

d. Comprehensive Cost estimation model

  • b. Constructive cost Estimation model

Q. Estimation of software development effort for organic software is COCOMO is(

a. E=2.4(KLOC)1.05PM

b. E=3.4(KLOC)1.06PM

c. E=2.0(KLOC)1.05PM

d. E-2.4(KLOC)1.07PM

  • a. E=2.4(KLOC)1.05PM

Q. Estimation of size for a project is dependent on(

a. Cost

b. Schedule

c. Time

d. None of the above

  • d. None of the above

Q. COCOMO-II estimation model is based on(

a. Complex approach

b. Algorithm approach

c. Bottom up approach

d. Top down approach

  • b. Algorithm approach
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