← CS611 - Software Quality Engineering OverviewChapter 2

Ch 02: Cost of Software Quality

207 Questions207 MCQs0 Short Questions0 Long Questions
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Showing 191 – 200 of 207 Questions
Page 20 of 21
Q191
❓ MCQ📘 CS611📑 Lec 2🏷️ 02.12. Risk-Analysis ApproachEasy🔁⭐💡📄🎓VU🏛️VU
What is the equation for calculating risk exposure (RE) in the risk analysis approach?
💻 plaintext Snippet
RE = p * L
  1. A.Risk exposure = Risk probability ÷ Potential loss
  2. B.Risk exposure = Risk probability + Potential loss
  3. C.Risk exposure = Risk probability × Potential loss
  4. D.Risk exposure = Risk probability - Potential loss
Q192
❓ MCQ📘 CS611📑 Lec 2🏷️ 02.12. Risk-Analysis ApproachEasy🔁⭐💡📄🎓VU🏛️VU
What does risk exposure represent in the risk analysis approach equation?
💻 plaintext Snippet
RE = p * L
  1. A.The product of the risk probability and potential loss
  2. B.The division of the risk probability and potential loss
  3. C.The sum of the risk probability and potential loss
  4. D.The subtraction of the risk probability and potential loss
Q193
❓ MCQ📘 CS611📑 Lec 2🏷️ 02.1. Economics of Software Quality EngineeringEasy🔁⭐💡📄🎓VU🏛️VU
What is the key factor that directly impacts user satisfaction in software products?
  1. A.Overall behavior of the system
  2. B.Software development process
  3. C.Efficiency of the software team
  4. D.Number of features
Q194
❓ MCQ📘 CS611📑 Lec 2🏷️ 02.6. Cost of missing RequirementsEasy🔁⭐💡📄🎓VU🏛️VU
What does Software Quality Engineering literature suggest we can expect from a severe lack of quality in software products?
  1. A.Maximize financial resources
  2. B.Promote cosmetic changes in UI
  3. C.Expect catastrophe
  4. D.Improve database security
Q195
❓ MCQ📘 CS611📑 Lec 2🏷️ 02.13. Level of RisksMedium🔁⭐💡📄🎓VU🏛️VU
According to the IT system criticality levels defined by the IEEE Standard for Software Verification and Validation, which risk level is assigned to systems where failures can cause environmental damage, serious threats to human lives, or permanent injury, and carry an important economic or social impact?
  1. A.Level A: Catastrophic
  2. B.Level B: Critical
  3. C.Level C: Marginal
  4. D.Level D: Negligible
Q196
❓ MCQ📘 CS611📑 Lec 2🏷️ 02.3. Quality vs pre-defined budgetEasy💡📄🎓VU🏛️VU
In a typical 'Quality vs. Pre-defined Budget' scenario with a fixed budget of PKR 100,000, what does the Cost Breakup normally consist of?
  1. A.Testing Cost and Documentation Cost
  2. B.Development Cost and Quality Cost
  3. C.Support Cost and Marketing Cost
  4. D.Hosting Cost and Maintenance Cost
Q197
❓ MCQ📘 CS611📑 Lec 2🏷️ 02.13. Level of RisksMedium🔁⭐💡📄🎓VU🏛️VU
According to the IEEE standard criticality levels described in the handouts, which level of risk is assigned to a system characterized by continuous usage with fix interruption periods, property damages, and significant economic or social impact?
  1. A.Level B: Critical
  2. B.Level C: Marginal
  3. C.Level A: Catastrophic
  4. D.Level D: Negligible
Q198
❓ MCQ📘 CS611📑 Lec 2🏷️ 02.9. Indirect Cost of Missing Quality RequirementsEasy🔁⭐💡📄🎓VU🏛️VU
Which of the following is a classic example of an 'Indirect Cost' of missing software quality?
  1. A.Immediate financial loss from a system crash
  2. B.Physical injury caused to users during an operation
  3. C.Loss of market share or organizational reputation
  4. D.The cost of rebuilding a single database table
Q199
❓ MCQ📘 CS611📑 Lec 2🏷️ 02.10. Impact-Analysis ApproachEasy⭐💡📄🎓VU🏛️VU
What is the impact of missing quality attributes in software solutions?
  1. A.Customers lose trust in software solutions
  2. B.Suppliers suffer financial loss
  3. C.Both customers and suppliers bear consequences
  4. D.Customers face cessation in business operations
Q200
❓ MCQ📘 CS611📑 Lec 2🏷️ 02.12. Risk-Analysis ApproachEasy💡📄🎓VU🏛️VU
What is the potential loss (L) in the risk analysis approach?
💻 plaintext Snippet
RE = p * L
  1. A.The total cost of missing quality events
  2. B.The risk probability in the analyzed situation
  3. C.The root cause of missing quality
  4. D.The impact or potential loss of a risk

📖 Related CS611 - Software Quality Engineering Curriculum Units

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View All CS611 - Software Quality Engineering Chapters →
Ch 01: Software Quality Engineering Discipline279 QsCh 03: Standards and Models325 QsCh 04: Engineering Process Area414 QsCh 05: Project Management Process Area178 QsCh 06: Support Process Area279 QsCh 07: Software Requirements111 Qs