Q-1: Encircle the Correct answers i. Specifies how well the software utilizes limited resources a. Usability b. Availability c. Performance d. Flexibility Specifies the capability of the software to maintain its performance over time a. Performance ii. b. Reliability c. Efficiency d. Maintainability ii. Specifies the ability to handle a wide variety of system configuration sizes a. Scalability b. Portability c. Integrity d. None of them Specifies the ability to handle error conditions gracefully, without failure a. Reliability b. Efficiency iv. c. Integrity d. None of them Specifies the ease with which the software can be installed on all necessary platforms a. Usability b. Availability V. c. Portability d. Reusability

Q: What exactly is software engineering and where does it come from?

A: Given: Software engineering is a branch of computer science that is all about making, testing, and…

Q: How do software engineers estimate the cost of their applications?

A: The cost of developing software applications can vary significantly depending on various factors…

Q: Compare software engineering and problem solving.

A: Software is a set of instructions, data or programs used to operate computers and execute specific…

Q: three components of software engineering

A: in the following section we will learn about the three components of software engineering?

Q: What is advance software engineering

A: Engineering is a branch of science ir rather an application of science that demands the knowledge of…

Q: Software engineering fundamentals ignore absence. Explain?

A: Introduction: Software engineering may be defined as an approach to software development,…

Q: Roles of software metrics in software engineering

A: Definition: The current code engineering practices discovered within the native code business…

Q: When and how did we start doing software engineering?

A: Software engineering is a disciplined and systematic approach to developing, designing, testing, and…

Q: What is software re-engineering?

A: To define software reengineering.

Q: describe what software engineering is and how it differs from other types of engineering.

A: Introduction: Software engineering is an engineering field dealing with all elements of software…

Q: How do software engineers estimate the cost of their applications?

A: In this question we need to explain how cost of applications is estimated by the software engineers.

Q: Software engineering is a branch of engineering, but what distinguishes it from other branches of…

A: Given:   Software engineering is a branch of engineering, but what distinguishes it from other…

Q: Explain what are software behavioural design techniques (examples)?

A: software behavioural design techniques The interaction and responsibility of objects are the focus…

Q: Software engineering fundamentals ignore absence. Explain

A: The statement "Software engineering fundamentals ignore absence" means that the principles and…

Q: What terms would you use to describe software engineering?

A: Software engineering is an ever-evolving field that integrates computer science and strategic…

Q: What function does software engineering play in the production of software

A: Answer :

Q: Insight about technical writing

A: Given: Insight about technical writing

Q: what are some of the sources of unintended softwares

A: Unintended programmes have grown in popularity in recent years, with one report estimating that they…

Q: What exactly is software engineering and where does it come from?

A: The above question that is what is software engineering and where does it come from is answered…

Module Hierarchy Chart

The hierarchy chart is a graphical representation that is used to represent the relationship between various modules or systems in an organization. In programming, a hierarchy chart is used for representing an organizational framework. The hierarchy charts can also be utilized to show an organization’s reporting structure. In such a hierarchy chart, the President is at the top, the Vice Presidents are on the next level which is lower than its predecessor, and so forth.