- A Compiler
- BAssembler
- CInterpreter
- DLoader
Computer Fundamentals - Quiz
- AC0192
- B Microcomputer
- C Mainframe
- D Supercomputer
- A Supercomputer
- B Minicomputer
- C Storage Area Network (SAN)
- D Mainframe
- A Word processing software
- B Database software
- C Presentation software
- D Spreadsheet software
- A Algorithm
- B Program
- C Syntax
- D Variable
- A Strengths, Weaknesses, Opportunities, Threats
- B Sequential, Workflow, Optimization, Task
- C Systematic, Weighted, Objective, Timeline
- D Solution, Workable, Outcome, Tactic
- A Translates source code into machine code
- B Combines compiled object code into an executable file
- C Performs syntax analysis on the source code
- D Interprets the high-level language statements
- A Maximizing code complexity
- B Minimizing code readability
- C Enhancing code modularity
- D Ignoring code organization
- A Assembly Language
- B Fortran
- C COBOL
- D Pascal
- A Java
- B C
- C C++
- D All of the above
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Quiz Information
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Quiz Analytics
Computer Fundamentals - Quiz
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Time Taken: Questions: Answered: Not Answered:
Correct Answer:
Wrong Answer:
Percentage: %
- A. Compiler
- B. Assembler
- C. Interpreter
- D. Loader
Remarks:
Explanation: Compiler
- A. C0192
- B. Microcomputer
- C. Mainframe
- D. Supercomputer
Remarks:
Explanation:
Supercomputers excel in performing complex calculations at extremely high speeds, making them suitable for scientific and research applications.
- A. Supercomputer
- B. Minicomputer
- C. Storage Area Network (SAN)
- D. Mainframe
Remarks:
Explanation:
Storage Area Networks (SANs) are optimized for efficient data storage and retrieval operations, commonly used in enterprise environments. They enhance data management.
- A. Word processing software
- B. Database software
- C. Presentation software
- D. Spreadsheet software
Remarks:
Explanation:
Database software, such as Microsoft Access, is designed for storing, organizing, and retrieving structured information. It is commonly used in business and organizational settings.
- A. Algorithm
- B. Program
- C. Syntax
- D. Variable
Remarks:
Explanation:
A program is a set of instructions written in a programming language that a computer can execute to perform a specific task or operation. It guides the computer through a sequence of steps to achieve the desired outcome.
- A. Strengths, Weaknesses, Opportunities, Threats
- B. Sequential, Workflow, Optimization, Task
- C. Systematic, Weighted, Objective, Timeline
- D. Solution, Workable, Outcome, Tactic
Remarks:
Explanation:
SWOT stands for Strengths, Weaknesses, Opportunities, Threats. It is a strategic planning tool used in problem-solving to identify internal and external factors that may impact the success of a solution or decision.
- A. Translates source code into machine code
- B. Combines compiled object code into an executable file
- C. Performs syntax analysis on the source code
- D. Interprets the high-level language statements
Remarks:
Explanation:
The linker in the compilation process combines compiled object code generated by the compiler into an executable file. It resolves references and produces the final executable that can be run.
- 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. 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. Java
- B. C
- C. C++
- D. All of the above
Remarks:
Explanation:
C is widely used for system programming and embedded systems because of its low-level capabilities. It offers direct access to memory, supports pointers, and allows bitwise operations, which makes it highly suitable for hardware-related programming. Java, while useful for applications, does not support low-level memory manipulation and is platform-independent, making it less ideal for systems programming. C++, although more powerful than C due to object-oriented features, is also used in system programming but is more frequently applied to high-performance applications, such as games and simulations, than to low-level embedded systems.