Which requirements are the foundation from which quality is measured ?
		A. Hardware
B. Software
C. Programmers
D. None of the mentioned
Explanation: Lack of conformance to requirements is lack of quality.
		A. Hardware
B. Software
C. Programmers
D. None of the mentioned
Explanation: Lack of conformance to requirements is lack of quality.
		A. Type of software to be maintained
B. Development processes used
C. Skills and experience of the people involved
D. All of the mentioned
Explanation: Processes used for software evolution depend on all these factors.
		A. It helps in development of software
B. It helps in maintenance of software
C. It helps in development & maintenance of software
D. none of the mentioned
Explanation: Regression testing preserves the quality and reliability of software and ensures the software’s continued operation.
		A. The leadership practices in Commitment to Perform
B. The organizational structure (groups) practices in Ability to Perform
C. The policy practices in Commitment to Perform
D. The planning practices in Commitment to Perform
Explanation: CMM have certain policy practices covered under .CO policy
		A. Evolutionary development usually has two flavors; exploratory development, and throw-away prototyg
B. Very large projects are usually done using evolutionary development based approach
C. It facilitates easy project management, through the high volume of documentation it generates
D. Sometimes the construction of a throw-away prototype is not followed by a re- implementation of the software system using a more structured approach
Explanation: Evolutionary development usually has two flavors; exploratory development, and
throw-away prototyg.
		A. Software Product Engineering
B. Software Quality Assurance
C. Software Subcontract Management
D. Software Quality Management
Explanation: In CMM planning these activities is described in Software Project Planning, however the life cycle activities of requirements analysis, design, code, and test are described in Software Product Engineering.
		A. Coverage
B. Minimization
C. Safe
D. Maximization
Explanation: Safe techniques do not focus on coverage criteria, instead they select every test case that cause a modified program to produce different output than its original version