CS605 Final Term Solved MCQs by Junaid

Q1. ______ is defined as the probability of failure free operation of a computer program in a specified environment for a specified time.

1. Software Reliability
2. Software Usability
3. Software Integrity
4. Software Efficiency

Correct answer: Software Reliability

Q2.

1. BCWP / BCWS
2. BCWP * BCWS
3. BCWP + BCWS
4. BCWP - BCWS

Correct answer: BCWP / BCWS

Q3. The two objectives of a _____ are to identify problem areas within the work product and a checklist of action items.

1. Review Issue List
2. Formal Technical Reviews
3. Informal Technical Reviews
4. Testing

Correct answer: Review Issue List

Q4. It is noted that a/an ___________ review can be worse then no review at all

1. Uncontrolled
2. Controlled
3. Intermediate
4. Normal

Correct answer: Uncontrolled

Q5. The Review participants SHOULD NOT be focused on _______.

1. Weaknesses of the developer
2. Time Lines
3. Review agenda
4. Work product

Correct answer: Weaknesses of the developer

Q6. The progress on a project at any given point in time can be calculated by:

1. Adding all the BCWS till that point for all tasks
2. Multiplying all the BCWS till That point for all task
3. Adding BCWS and EVA for all task still that point
4. Dividing all the BCWS till That point for al tasks

Correct answer: Adding all the BCWS till that point for all tasks

Q7.

1. The defined target which you need to achieve
2. A predictable risk that may hit the project
3. An unpredictable risk that may project
4. The Loss that organization may suffer due to risk

Correct answer: The defined target which you need to achieve

Q8. If an error related to requirements is identified in testing phase, error will be considered an error of ________ phase.

1. Requirement
2. Design
3. Code
4. Testing

Correct answer: Requirement

Q9. ________ involves rework, repair, and failure mode analysis of the product.

1. Internal Failure Cost
2. External Failure Cost
3. Appraisal Cost
4. Prevention Cost

Correct answer: Internal Failure Cost

Q10. If:

E = Errors found before shipment

D = Errors found during operation

Then Defect Removal Efficiency (DRE) is equal to:

1. DRE = E = / (E+D)
2. DRE = E = * (E+D)
3. DRE = E = + (E+D)
4. DRE = E = - (E+D)

Correct answer: DRE = E = / (E+D)