- AConnect many household machines
- BPerform Operations on the Internet
- CCreate Strong Programming alternative to C++
- DCreate high performance OS
Programming Language - Quiz
- ASearch Engine Development
- BDesktop Development
- COperating System Development
- DInternet development
- A For Loop
- B While Loop
- C Do-While Loop
- D Switch Loop
- A Lexical Analysis
- B Parsing
- C Code Generation
- D Execution
- A Goto statement
- B Break statement
- C Switch statement
- D If-else statement
- A Increased code complexity
- B Reduced code modularity
- C Improved code maintainability
- D Unrestricted use of Goto statements
- A Converting source code to machine code
- B Executing program instructions
- C Debugging code in real-time
- D Managing database operations
- A Inlining code
- B Tight coupling
- C Global variables
- D Well-defined interfaces
- APolymorphism
- BEncapsulation
- CAbstraction
- Dclass
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Quiz Information
Quiz Information
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Quiz Analytics
Programming Language - Quiz
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- A. Connect many household machines
- B. Perform Operations on the Internet
- C. Create Strong Programming alternative to C++
- D. Create high performance OS
Remarks:
Explanation: Basic aim of java was to solve the problem of connecting many household machines together.
- A. Search Engine Development
- B. Desktop Development
- C. Operating System Development
- D. Internet development
Remarks:
Explanation: Internet development
- A. For Loop
- B. While Loop
- C. Do-While Loop
- D. Switch Loop
Remarks:
Explanation:
A While Loop in programming repeats a set of statements as long as a specified condition is true. It continuously executes the statements until the condition becomes false.
- A. Lexical Analysis
- B. Parsing
- C. Code Generation
- D. Execution
Remarks:
Explanation:
Lexical Analysis is a common phase to both compilers and interpreters. It involves the analysis of the source code to identify and tokenize the lexical elements.
- 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. 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. Perl
- B. Bash
- C. Ruby
- D. PowerShell
Remarks:
Explanation:
Bash (Bourne Again SHell) is commonly used for scripting, automation, and system administration tasks in Unix-based operating systems. It provides a command-line interface for interacting with the system.
- A. Converting source code to machine code
- B. Executing program instructions
- C. Debugging code in real-time
- D. Managing database operations
Remarks:
Explanation:
A compiler translates high-level programming languages into machine code, allowing computers to execute the program instructions.
- A. Inlining code
- B. Tight coupling
- C. Global variables
- D. Well-defined interfaces
Remarks:
Explanation:
Communication between modules in modular programming is facilitated through well-defined interfaces, promoting loose coupling and independent development.
- A. Polymorphism
- B. Encapsulation
- C. Abstraction
- D. class
Remarks:
Explanation:
In Object-Oriented Programming (OOP), a class is the primary mechanism through which encapsulation is implemented. A class allows the bundling of data (attributes) and methods (functions) that operate on that data, controlling access to them. Through encapsulation, data can be kept private within a class and accessed only through public methods, maintaining a clear boundary between an object's internal state and external interaction.