Welcome to the Basics MCQs Page

Dive deep into the fascinating world of Basics with our comprehensive set of Multiple-Choice Questions (MCQs). This page is dedicated to exploring the fundamental concepts and intricacies of Basics, a crucial aspect of Software Engineering. In this section, you will encounter a diverse range of MCQs that cover various aspects of Basics, from the basic principles to advanced topics. Each question is thoughtfully crafted to challenge your knowledge and deepen your understanding of this critical subcategory within Software Engineering.

Check out the MCQs below to embark on an enriching journey through Basics. Test your knowledge, expand your horizons, and solidify your grasp on this vital area of Software Engineering.

Note: Each MCQ comes with multiple answer choices. Select the most appropriate option and test your understanding of Basics. You can click on an option to test your knowledge before viewing the solution for a MCQ. Happy learning!

Basics MCQs | Page 35 of 40

Explore more Topics under Software Engineering

01

Software Life Cycle Models

02

Requirements Modeling

03

Software Design Concepts

04

Software Components

05

Quality Management

06

Software Metrics

07

Software Testing

08

Software Management

09

Risk Management

10

Software Reliability

11

Advanced Software Engineering

12

People Management and Team Organization

13

Cost Estimation

14

Project Planning and Control

15

Requirements Engineering

16

Modeling

17

Software Architecture

18

Software Maintenance

19

Software Tools

Q341.

What is the purpose of the feasibility study?

To assess whether there is a solution to the problem which is both economically and technically feasible

To get a complete description of the problem to be solved

To get a complete description of the requirements posed by and on the environment

To conduct a survey of the prospective users

Discuss

Answer: (a).To assess whether there is a solution to the problem which is both economically and technically feasible Explanation:Part of requirements engineering is a feasibility study. The purpose of the feasibility study is to assess whether there is a solution to the problem which is both economically and technically feasible.

Q342.

What is the document in which the result of the requirements engineering activity is laid down called?

Requirements specification

Feasibility study

Design document

Implementation plan

Discuss

Answer: (a).Requirements specification Explanation:The document in which the result of the requirements engineering activity is laid down is called the requirements specification.

Q343.

What is the purpose of the feasibility study during the requirements engineering phase?

To determine if the hardware and software are feasible for the system

To assess if there is a solution to the problem that is both economically and technically feasible

To evaluate the number of prospective users of the system

To determine the response time and other performance requirements of the system

Discuss

Answer: (b).To assess if there is a solution to the problem that is both economically and technically feasible Explanation:The feasibility study is conducted during the requirements engineering phase in order to assess whether there is a solution to the problem that is both economically and technically feasible.

Q344.

What is the goal of the design phase?

To develop a model of the whole system that solves the problem for the user

To create a global description of the system

To assess the feasibility of the system

To evaluate the architecture of the system

Discuss

Answer: (a).To develop a model of the whole system that solves the problem for the user Explanation:During the design phase, a model of the whole system is developed which, when encoded in some programming language, solves the problem for the user. The problem is decomposed into manageable pieces called components; the functions of these components and the interfaces between them are specified in a very precise way.

Q345.

How does the quality of the final system is affected by early design decisions?

It is not affected

Positively

Negatively

Sometimes positively and sometimes negatively

Discuss

Answer: (c).Negatively Explanation:Early design decisions have a major impact on the quality of the final system. These early design decisions may be captured in a global description of the system, i.e. its architecture. The architecture may next be evaluated, serve as a template for the development of a family of similar systems, or be used as a skeleton for the development of reusable components.

Q346.

What is the main goal of requirements engineering phase?

To get a complete description of the problem to be solved and the requirements posed by and on the environment in which the system is going to function

To evaluate the hardware and software requirements

To design the system

To develop the system

Discuss

Answer: (a).To get a complete description of the problem to be solved and the requirements posed by and on the environment in which the system is going to function Explanation:The goal of the requirements engineering phase is to get a complete description of the problem to be solved and the requirements posed by and on the environment in which the system is going to function. Requirements posed by the environment may include hardware and supporting software or the number of prospective users of the system to be developed.

Q347.

What is the result of the design phase?

The requirements specification

The (technical) specification

The global description of the system

The architectural description of the system

Discuss

Answer: (b).The (technical) specification Explanation:The result of the design phase is the (technical) specification, which serves as a starting point for the implementation phase. If the specification is formal in nature, it can also be used to derive correctness proofs.

Q348.

What is the starting point of implementation phase?

The design phase

The component's specification

The executable code

The pseudocode

Discuss

Answer: (b).The component's specification Explanation:During the implementation phase, the focus is on the individual components and the starting point is the component's specification.

Q349.

What is often introduced in the implementation phase to bridge the gap between component specification and executable code?

An extra design phase

A pseudocode

A module or class

A global structure

Discuss

Answer: (a).An extra design phase Explanation:It is often necessary to introduce an extra 'design' phase in the implementation phase to bridge the gap between component specification and executable code.

Q350.

What is the primary goal of a programmer during the implementation phase?

To produce a highly efficient program

To develop a well-documented, reliable, easy to read, flexible, and correct program

To retain the global structure imposed during the design phase

To come up with tricks for the program

Discuss

Answer: (b).To develop a well-documented, reliable, easy to read, flexible, and correct program Explanation:The primary goal of a programmer during the implementation phase is to develop a well-documented, reliable, easy to read, flexible, and correct program.

Page 35 of 40

Welcome to the Basics MCQs Page

Basics MCQs | Page 35 of 40

Explore more Topics under Software Engineering

Software Life Cycle Models

Requirements Modeling

Software Design Concepts

Software Components

Quality Management

Software Metrics

Software Testing

Software Management

Risk Management

Software Reliability

Advanced Software Engineering

People Management and Team Organization

Cost Estimation

Project Planning and Control

Requirements Engineering

Modeling

Software Architecture

Software Maintenance

Software Tools

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