Q. A black hole in a DFD is a:

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Q. The capability maturity model (err) defines 5 levels:

(a) Level 1         (i) Managed
(b) Level 2         (ii) Defined
(c) Level 3         (iii) Repeatable
(d) Level 4         (iv) Initial
(e) Level 5         (v) Optimized

correct matching is:
   a     b    c     d     e

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Q. Which one of the following is not a software process model ?

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Q. System Development Life-cycle has following stages:

(I) Requirement analysis        (II) Coding
(III) Design                    (IV) Testing

Which option describes the correct sequence of stages?

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Q. Which one is measure of software complexity ?

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Q. Which type of coupling is least preferred ?

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Q. The main objective of designing various modules of a software system is:

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Q. Three essential components of a software project plan are:

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Q. Reliability of software is dependent on:

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Q. In transform analysis, input portion is called:

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Q. The Function Point (FP) metric is:

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Q. The process of testing individual components in a software.

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Q. The approach used for requirements elicitation in software design and development process:

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Q. Among the following, a representation that can be used for designing a system as a collection of procedures or modules:

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Q. Boundary value analysis is a method for:

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Q. Interaction modeling cannot be done using:

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Q. In PERT/CPM, the merge event represents .............. of two or more events.

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Q. The Software Requirement Specification (SRS) is said to be ................ if and only if no subset of individual requirements described in it conflict with each other.

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Q. Software products need perfective maintenance for which of the following reasons?

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Q. Match each UML diagram in List I to its appropriate description in List II
List I List II
(a) State Diagram (i) Describes how the external entities
(people, devices) can interact with
the system
(b) Use-Case Diagram (ii) Used to describe the static or
structural view of a system
(c) Class Diagram (iii) Used to show the flow of a business
process, the steps of a use-case or
the logic of an object behaviour
(d) Activity Diagram (iv) Used to describe the dynamic behaviour
of objects and could also be used to describe
the entire system behaviour

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