A. Build & FIX Model & Waterfall Model

B. Waterfall Model & RAD Model

C. Linear Model & RAD Model

A. TRUE

B. Development team & Users

C. Requirements

D. Project type and associated risk

A. Software Validation

B. Software evolution

D. Software design and implementation

B. XP

C. AUP

D. All of the mentioned

B. All of the mentioned

C. Changing requirements can be accommodated in Incremental Model

D. Users can see the system early in Incremental Model

B. Rational Unified Process, Infosys

C. Rational Unified Process, Microsoft

D. Rational Unified Program, IBM

A. Timeliness

B. Visibility

D. Productivity

A. Iterative Enhancement Model

B. Waterfall

C. RAD

B. Easier to test and debug

C. It is used when there is a need to get a product to the market early

D. Customer can respond to each increment

A. Risk management

C. Measurement

D. Reusability management

A. High amount of risk analysis

B. Strong approval and documentation control

D. Additional Functionality can be added at a later date

A. TRUE

B. Modeling & Construction

C. Communication

D. Planning

B. FALSE

A. Two

B. Scrum is an agile method which means it does not have phases

C. Four

A. 4, 3, 1, 2

B. 1, 3, 4, 2

C. 1, 4, 3, 2

A. WINWIN Spiral Model

C. Incremental Model

D. Spiral Model

B. Prevention

C. Correction

D. Adaptation

A. in time

B. with acceptable quality

C. that is cost efficient

D. both in time & with acceptable quality

A. It shows the phases of the model over time

B. It suggests good practices to be used during the process

D. All of the mentioned

B. from database query languages

C. on report generators

D. from GUI creators

A. RAD

B. Iterative Enhancement

D. Spiral

A. analysis, design, coding, testing

B. planning, analysis, design, coding

C. planning, analysis, coding, testing

A. Firmware, Embedded

B. None of the mentioned

C. CAD, CAM

A. Waterfall Model

B. Spiral Model

D. Rad Model

A. in time

B. with acceptable quality

C. that is cost efficient

B. functionalities

C. implementation tasks

D. none of the mentioned

B. scalability

C. reliability

D. usability

A. Customer collaboration

B. Individuals and interactions

C. Working software

A. 1, 2, 3

B. 3, 1, 2

D. 2, 1, 3

A. White Box

B. Black Box

C. Functional

B. RAD & Waterfall

C. RAD & Spiral

D. Waterfall & Spiral

A. All of the mentioned

B. Specification, design, implementation and testing are interleaved

C. Outputs are decided through a process of negotiation during the software development process

B. Spiral

C. Waterfall

D. Incremental

B. No

C. Yes

D. None of the mentioned

A. Uses incremental product delivery strategy

C. Only essential work products are produced

D. All of the mentioned

A. Prototyping Model facilitates reusability of components

B. RAD Model Model facilitates reusability of components

D. None

A. Construction

B. Transition

C. Elaboration

A. FALSE

A. C

C. PROLOG

D. JAVA

A. digital function of dashboard display in a car

B. keypad control of a security system

C. none of the mentioned

A. It defines tasks required to define resources, timelines, and other project related information

C. It defines tasks required to assess both technical and management risks

D. It defines tasks required to construct, test, install, and provide user support

A. CASE Tools

B. Software Programs

D. None of the mentioned

B. FORTRAN

C. C++

D. COBOL

A. Waterfall & Spiral

B. Prototyping & RAD

D. Waterfall & RAD

A. Pressman

B. IBM

D. Royce

A. Incremental Model

C. Concurrent Development Model

D. WINWIN Spiral Model

A. radial, perpendicular

B. diagonal, perpendicular

D. diagonal, angular

A. Incremental Development

B. Iterative Development

C. Linear Development