Question: Which model is used to compute the effort required to integrate reusable components or program code that is automatically generated by design or program translation tools ?

• 1. An application-composition model
• 2. A post-architecture model
• 3. A reuse model
• 4. An early design model

Question: Which of the following states that work expands to fill the time available ?

• 1. CASE tools
• 2. Pricing to win
• 3. Parkinson’s Law
• 4. Expert judgement

Question: Which technique is applicable when other projects in the same analogy application domain have been completed ?

• 1. Algorithmic cost modelling
• 2. Expert judgement
• 3. Estimation by analogy
• 4. Parkinson’s Law

Question: Which of the following costs is not part of the total effort cost ?

• 1. Costs of networking and communications
• 2. Costs of providing heating and lighting office space
• 3. Costs of lunch time food
• 4. Costs of support staff

Question: A _______________ is developed using historical cost information that relates some software metric to the project cost ?

• 1. Algorithmic cost modelling
• 2. Expert judgement
• 3. Estimation by analogy
• 4. Parkinson’s Law

Question: A number of independent investigators have developed a team-oriented approach to requirements gathering that can be applied to establish the scope of a project called ?

• 1. JAD
• 2. CLASS
• 3. FAST
• 4. None of the mentioned

Question: CLSS stands for_____________________?

• 1. conveyor line sorting system
• 2. conveyor line sorting software
• 3. conveyor line sorting speed
• 4. conveyor line sorting specification

Question: The environment that supports the software project is called_______________________?

• 1. CLSS
• 2. SEE
• 3. FAST
• 4. CBSE

Question: What is related to the overall functionality of the delivered software ?

• 1. Function-related metrics
• 2. Product-related metrics
• 3. Size-related metrics
• 4. None of the mentioned

Question: Which of the following is not achieved by an automated estimation tools ?

• 1. Predicting staffing levels
• 2. Predicting software cost
• 3. Predicting software schedules
• 4. Predicting clients demands