- A Maximizing code complexity
- B Minimizing code readability
- C Enhancing code modularity
- D Ignoring code organization
Structured Programming - Quiz
- A Goto statement
- B Break statement
- C Switch statement
- D If-else statement
- A Modularization
- B Encapsulation
- C Polymorphism
- D Inheritance
- A Excessive use of global variables
- B Unrestricted use of Goto statements
- C Sequential and nested control structures
- D Lack of code modularity
- A Increased code complexity
- B Reduced code modularity
- C Improved code maintainability
- D Unrestricted use of Goto statements
- A Increased code complexity
- B Reduced code modularity
- C Improved code maintainability
- D Unrestricted use of Goto statements
- A Designing only the main function of a program
- B Starting with the most detailed components and moving upward
- C Ignoring the hierarchical structure of a program
- D Promoting unstructured code organization
- A Assembly Language
- B Fortran
- C COBOL
- D Pascal
- A Increasing code complexity
- B Enhancing code obfuscation
- C Minimizing the use of indentation
- D Improving code clarity and organization
- A Goto statement
- B Break statement
- C While loop
- D Switch statement
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Structured Programming - Quiz
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- A. Maximizing code complexity
- B. Minimizing code readability
- C. Enhancing code modularity
- D. Ignoring code organization
Remarks:
Explanation:
The primary objective of structured programming is to enhance code modularity by breaking down a program into smaller, manageable modules or functions. This approach promotes better organization, readability, and maintainability of code.
- A. Goto statement
- B. Break statement
- C. Switch statement
- D. If-else statement
Remarks:
Explanation:
Structured programming relies on the use of control structures like the if-else statement to control the flow of execution in a structured and understandable manner. Goto statements, known for their unstructured nature, are discouraged in structured programming.
- A. Modularization
- B. Encapsulation
- C. Polymorphism
- D. Inheritance
Remarks:
Explanation:
Modularization, a key concept in structured programming, involves breaking down a program into smaller, manageable sections, often referred to as modules or functions. Each module has a single entry and exit point, enhancing code organization.
- A. Excessive use of global variables
- B. Unrestricted use of Goto statements
- C. Sequential and nested control structures
- D. Lack of code modularity
Remarks:
Explanation:
Structured programming encourages the use of sequential and nested control structures, avoiding excessive reliance on global variables and unstructured constructs like Goto statements. This approach enhances code readability and maintainability.
- A. Increased code complexity
- B. Reduced code modularity
- C. Improved code maintainability
- D. Unrestricted use of Goto statements
Remarks:
Explanation:
One of the primary advantages of using structured programming techniques is the improved maintainability of code. Structured programming promotes code organization, modularity, and readability, making it easier to understand and maintain.
- A. Increased code complexity
- B. Reduced code modularity
- C. Improved code maintainability
- D. Unrestricted use of Goto statements
Remarks:
Explanation:
One of the primary advantages of using structured programming techniques is the improved maintainability of code. Structured programming promotes code organization, modularity, and readability, making it easier to understand and maintain.
- A. Designing only the main function of a program
- B. Starting with the most detailed components and moving upward
- C. Ignoring the hierarchical structure of a program
- D. Promoting unstructured code organization
Remarks:
Explanation:
Top-down design in structured programming involves starting with the most detailed components of a program and progressively moving upward to higher-level abstractions. This approach promotes a hierarchical and organized design.
- A. Assembly Language
- B. Fortran
- C. COBOL
- D. Pascal
Remarks:
Explanation:
Pascal, a programming language developed by Niklaus Wirth, is often associated with the development and promotion of structured programming concepts. Pascal's syntax and design encourage structured programming practices.
- A. Increasing code complexity
- B. Enhancing code obfuscation
- C. Minimizing the use of indentation
- D. Improving code clarity and organization
Remarks:
Explanation:
The primary goal of structured programming is to improve code clarity and organization. It aims to make code more understandable by minimizing complexity and promoting a structured and modular approach.
- A. Goto statement
- B. Break statement
- C. While loop
- D. Switch statement
Remarks:
Explanation:
In structured programming, the "while" loop is often used to repeat a set of statements while a specified condition is true. This loop construct promotes a structured approach to iteration.