SP_02 Separation of concerns

What are the four characteristics of a correct algorithm?

• A. Precise, efficient, easy to understand, and general
• B. Precise, finite, general, and efficient
• C. Efficient, easy to understand, general, and finite

What is a structured approach to programming?

• A. A programming method that relies on unplanned, ad-hoc solutions
• B. A programming method that focuses on large-scale architecture and design
• C. A programming method that emphasizes the use of clear, organized code and a logical, step-by-step approach to problem-solving

What is a disadvantage of structured programming?

• A. It can be less efficient than other programming methods
• B. It is difficult to learn and requires extensive training
• C. It is inflexible and cannot adapt to changing requirements

What is an advantage of structured programming?

• A. It is highly flexible and can easily adapt to changing requirements
• B. It produces code that is easy to read and understand
• C. It is well-suited for small-scale programming projects

What is separation of concerns?

• A. A programming technique that involves breaking down a problem into smaller, more manageable sub-problems
• B. A programming technique that involves dividing a program into distinct modules, each with a specific responsibility or concern
• C. A programming technique that involves using abstraction to hide complex details and focus on high-level functionality

What is the original definition of structured programming?

• A. Programming using the GOTO statement
• B. Programming without the use of the GOTO statement
• C. Programming using only subroutines
• D. Programming with a graphical user interface

What are the key elements of structured programming?

• A. Bottom-up analysis, object-oriented design, structured code
• B. Top-down analysis, modularization, structured code
• C. Object-oriented design, abstraction, inheritance
• D. Imperative programming, recursion, procedural programming

What is the current definition of structured programming?

• A. A method of writing code with few comments
• B. A method of designing software components and their relationships
• C. A method of using functional programming languages
• D. A method of writing code with extensive error handling

What are the benefits of using structured programming?

• A. Minimize complexity, adapt to change, improve reliability and clarity of programs
• B. Maximize complexity, avoid change, reduce reliability and clarity of programs
• C. Reduce the cost of development, increase the time to market, improve user experience
• D. Increase complexity, reduce clarity of programs, make programs harder to modify

Which statement is true about structured programming?

• A. It only applies to procedural programming languages
• B. It is outdated and no longer used in modern software development
• C. It focuses on writing code as quickly as possible, regardless of its structure
• D. It is a method that can be applied to various programming languages and paradigms