1.Water fall model has _______ steps of phases?
a.5
b.4
c.6
d.8
2.design phase is followed by?
a.coding
b.testing
c.debugging
d.maintenance/p>
3.Water fall model is a ______ model
a.Linear
b.iterative
c.interactive
d.rapid
4.Water fall model is also called
a.Classical life cycle model
b.spiral model
c.RAD
d.customer model
5.Prototyping model begins with
a.coding
b.requirement gathering
c.test prototype
d.none of the above/p>
6._______is not a phase of prototyping model
a.maintenance
b.cutomer test mock-up
c.build mock-up
d.listem customer
7.prototyping is preferred by
a.customer
b.Developer
c.No one
d.Both
8.Spiral model is an
a.Incremental model
b.Linear modelr
c.Evolutionary model
d.None of the above
9.Spiral model is divided into _______ task regions
a.3
b.4
c.5
d.6
10.Spiral model begins with
a.Design
b.Coding
c.Risk Analysis
d.Re-engineering
11._______ is present in Spiral model
a.Code generator
b.Code optimizer
c.Risk Analysis
d.Re-engineering
12.Spiral model expands
a.outwards clock wise
b.outwards anti-clockwise
c.Inner anti-clockwise
d.Inner clockwise
13.Software metrics can be
a.public or private
b.process or project
c.a,b
d.None of above
14._____ is/are private metrics
a.individual defect rates
b.module defect rates
c.Errors in development
d.All of above
15.LOC measure is a ________
a.Size oriented metrics
b.Function oriented metrics
c.Both
d.None
16.LOC metric are
a.Programmer dependent
b.Customer dependent
c.Programming language dependent
d.All of above
17.Software project planning involves_________ estimation
a.Software scope
b.Resource (Hardware)
c.Resource( Software Components)
d.All of the above
18.________ is a software project estimation technique
a.LOC method
b.COCOMO
c.a and b
d.None
19.Software sizing involves
a.Fuzzy loging sizing
b.FP sizing
c.Change sizing
d.all of above
20.Formula of 3-point value is
a.(S
b.FP sizing
c.Change sizing
d.all of above
21.In system design , we do following
a.Hardware design after software
b.Software desing after hardware
c.parallel hardware and software design
d.No hardware design needed
22.__________ is not a part of system design
a.partition requirements
b.test subsystem
c.identity subsystem
d.define sub-system requirements
23.__________ is the last step of function oriented design
a.software design
b.data design
c.detailed design
d.interface design
24.Detailed design is expressed by
a.PDL
b.Graphical notations
c.Programming language
d.all of above
25.Detailed design produces
a.CSPEC
b.PSPEC
c.MINI SPEC
d.code SPEC
26.user interface design involves following issues
a.Error message handling
b.System response time
c.command labeling
d.All of the above
27.user interface design involves ________ model
a.design
b.spiral
c.SDLC
d.None of above
28.UID is an__________ process
a.sequential
b.iterative
c.both
d.None of above
29.__________ is not a design level metrics
a.Low level metric
b.High level metric
c.component level metric
d.interface design metric
30.Component level design metric include
a.Cohesion metric
b.coupling metric
c.complexing metric
d.all of the above
testing...
ReplyDelete1. ANS: a.
ReplyDelete2. 2. ANS: a.Linea
3. 3. ANS: coding
4. ANS: a.classical life cycle model
5. ANS: b.requirement gathering
6.ANS: a.maintenance
7.ANS: d.both
8.ANS: d.none of the above
.9. ANS: d.6
10. ANS: c.Risk Analysis
11. Ans. B. code optimizer
12 ANS: a.outwards clockwise
13 ANS: b.process or project
14. ANS: a.individual defect rates
15. ANS: a.size oriented metric
16 ANS: d. all of the above
17 ANS: all of the above
18 ANS: c.a and b
19. ANS: d.all of the above
20 a..
21. ANS: b. software design after hardware
22. ANS: a. partition requirements
23 ANS: c
24. ANS: d.all of above
25 ANS: c
26 ANS: d.all of the above
27. ANS: b.spiral
28. ANS: b.iterative
29.Ans. a low level mettric
30. ANS: d.all of the above