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Questions and Answers
The most important goal of Information System Development is?
The most important goal of Information System Development is?
False (B)
What can lead to a high loss percentage in software selling?
What can lead to a high loss percentage in software selling?
False (B)
Delivery time is not an important factor in software engineering.
Delivery time is not an important factor in software engineering.
False (B)
What is the third goal of Information System Development?
What is the third goal of Information System Development?
In Information System Development, what should programmers be very focused on while developing software?
In Information System Development, what should programmers be very focused on while developing software?
What is the first goal of ISD according to the text?
What is the first goal of ISD according to the text?
Maintenance is a process of addressing and fixing small problems or bugs detected at the user end.
Maintenance is a process of addressing and fixing small problems or bugs detected at the user end.
If the software has very poor quality and is made without any testing, it may require restructuring from scratch.
If the software has very poor quality and is made without any testing, it may require restructuring from scratch.
Which goal of ISD emphasizes the importance of having no mistakes or bugs in the final product?
Which goal of ISD emphasizes the importance of having no mistakes or bugs in the final product?
Low production cost is not a goal of software engineering.
Low production cost is not a goal of software engineering.
Software performance is generally measured by its speed and memory consumption.
Software performance is generally measured by its speed and memory consumption.
Ease of reuse is not a necessary consideration when building small units of big software.
Ease of reuse is not a necessary consideration when building small units of big software.
Software properties are divided into three categories: Operational, Transitional, and Maintenance.
Software properties are divided into three categories: Operational, Transitional, and Maintenance.
Operational factors that decide software performance include budget, usability, efficiency, correctness, and functionality.
Operational factors that decide software performance include budget, usability, efficiency, correctness, and functionality.
Transitional factors that decide software quality include portability, interoperability, reusability, and adaptability.
Transitional factors that decide software quality include portability, interoperability, reusability, and adaptability.
The text mentions 12 characteristics of good software under the categories of Operational and Transitional.
The text mentions 12 characteristics of good software under the categories of Operational and Transitional.
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