| 21. | _______ are applied throughout the software process. |
| a. | Framework activities |
| b. | Umbrella activities |
| c. | Planning activities |
| d. | Construction activities |
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Answer: (b).Umbrella activities
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| 22. | What is true about UML stereotypes ? |
| a. | Stereotype is used for extending the UML language |
| b. | Stereotyped class must be abstract |
| c. | The stereotype indicates that the UML element cannot be changed |
| d. | UML profiles can be stereotyped for backward compatibility |
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Answer: (d).UML profiles can be stereotyped for backward compatibility
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| 23. | Which one of the following is not a source code metric? |
| a. | Halstead metric |
| b. | Function point metric |
| c. | Complexity metric |
| d. | Length metric |
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Answer: (a).Halstead metric
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| 24. | To compute function points (FP), the following relationship is used FP = Count - total x (0.65 + 0.01 x ∑(Fi))where Fi (i = 1 to n) are value adjustment factors (VAF) based on n questions. The value of n is |
| a. | 12 |
| b. | 14 |
| c. | 16 |
| d. | 18 |
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Answer: (d).18
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| 25. | Assume that the software team defines a project risk with 80% probability of occurrence of risk in the following manner: Only 70 percent of the software components scheduled for reuse will be integrated into the application arid the remaining functionality will have to be custom developed: If 60 reusable components were planned with average component size as ' 100 LOC and software engineering cost for each LOC as $ 14, then the risk exposure would be |
| a. | $ 25,200 |
| b. | $ 20,160 |
| c. | $ 17,640 |
| d. | $ 15,120 |
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Answer: (d).$ 15,120
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| 26. | Maximum possible value of reliability is |
| a. | 100 |
| b. | 10 |
| c. | 1 |
| d. | 0 |
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Answer: (c).1
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| 27. | 'FAN IN' of a component A is defined as |
| a. | Count of the number of components that can call, or pass control, to a component A |
| b. | Number of components related to component A |
| c. | Number of components dependent on component A |
| d. | None of the above |
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Answer: (a).Count of the number of components that can call, or pass control, to a component A
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| 28. | Temporal cohesion means |
| a. | Coincidental cohesion |
| b. | Cohesion between temporary variables |
| c. | Cohesion between local variables |
| d. | Cohesion with respect to time |
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Answer: (a).Coincidental cohesion
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| 29. | Match the following: a. Good quality i. Program does not fail for a specified time in a given environment' b. Correctness ii. Meets the functional requirements c. Predictable iii. Meets both functional and non-functional requirements , d. Reliable iv. Process is under statistical control Codes a b c d |
| a. | iii ii iv i |
| b. | ii iii iv i |
| c. | i ii iv iii |
| d. | i ii iii iv |
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Answer: (b).ii iii iv i
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| 30. | Match the following List - I List - II (a) Size-oriented metric (i) uses number of external interfaces as one of the measurement parameters (b) Function-oriented metrics (ii) originally designed to be applied to business information system (c) Extended Function Point Metrics (iii) derived by normalizing quality and/ or productivity measures by considering the size of the software. (d) Function Point (iv) uses algorithm characteristics as of the measurement parameter code: (a) (b) (c) (d) |
| a. | (iii) (iv) (i) (ii) |
| b. | (ii) (i) (iv) (iii) |
| c. | (iv) (ii) (iii) (i) |
| d. | (iii) (i) (iv) (ii) |
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Answer: (d).(iii) (i) (iv) (ii)
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