- A Lexical Analysis
- B Semantic Analysis
- C Syntax Analysis
- D Intermediate Code Generation
Compiler - Quiz
- A Generating intermediate code
- B Identifying tokens in the source code
- C Checking semantic errors
- D Optimizing the program
- A Translating source code to machine code
- B Identifying syntax errors in the code
- C Generating intermediate code
- D Analyzing program semantics
- A Loop Optimization
- B Instruction Scheduling
- C Data Flow Analysis
- D Constant Folding
- A Loop Unrolling
- B Common Subexpression Elimination
- C Dead Code Elimination
- D Register Allocation
- A Minimizing code size
- B Reducing program execution time
- C Efficiently utilizing CPU registers
- D Eliminating semantic errors
- A Converts source code to machine code
- B Resolves references to external functions and variables
- C Optimizes the generated code for performance
- D Performs syntax analysis on the code
- A Loop Unrolling
- B Inlining
- C Constant Folding
- D Data Flow Analysis
- A Code Generation
- B Data Flow Analysis
- C Register Allocation
- D Semantic Analysis
- A Generating intermediate code
- B Translating machine code to assembly code
- C Performing syntax analysis on the code
- D Resolving external references
Results:
🟢 Correct Answers: 🔴 Wrong Answers:
🟢 Correct Answers: 🔴 Wrong Answers:
Login to save results
Quiz Information
Quiz Information
Quiz Platform FAQ
General Information
- Number of Questions: Each quiz consists of 10 questions.
- Time Limit: You have 30 seconds per question. The total time to complete the quiz is 5 minutes.
- Multiple Attempts: You can take the quiz multiple times to improve your score.
Results and Feedback
- Result Analysis: After completing the quiz, you will see a results page with the following details:
- Correct Option for each question.
- Your Selected Option for each question.
- Explanation for each answer to help you understand why it is correct or incorrect.
- Percentage of Correct Answers to show your overall performance.
- Interactive Features: The platform provides feedback on each attempt to help you learn and improve.
Important Instructions
- Do Not Refresh: Do not refresh the page while taking the quiz. Refreshing the page will end the current quiz and a new quiz will start.
- Saving Your Quiz: To save your quiz progress and questions, log in to your account. Once logged in, you can view saved quizzes in your profile section.
- Mandatory Selection: All questions are mandatory to select. If you do not select all 10 questions, you will not be able to submit the quiz. Once all questions are selected, you will be able to see the Submit button. If you wait until the end of the time, the quiz will be auto-submitted by the system, and you will be able to see your results.
Tips for Taking the Quiz
- Manage Your Time: Keep track of the time for each question to ensure you have enough time to answer all 10 questions.
- Review Explanations: After the quiz, read the explanations provided for each answer to enhance your understanding of the material.
- Retake the Quiz: If desired, take the quiz again to improve your score and reinforce your learning.
- Avoid Refreshing: To prevent losing progress, avoid refreshing the page during the quiz.
- Log In to Save: If you want to save your quiz progress, log in to your account and check your profile section for saved quizzes.
Quiz Analytics
Compiler - Quiz
Guest User
Time Taken: Questions: Answered: Not Answered:
Correct Answer:
Wrong Answer:
Percentage: %
- A. Lexical Analysis
- B. Semantic Analysis
- C. Syntax Analysis
- D. Intermediate Code Generation
Remarks:
Explanation:
Syntax analysis, also known as parsing, is the phase where the compiler analyzes the structure of the source code and generates an intermediate representation.
- A. Generating intermediate code
- B. Identifying tokens in the source code
- C. Checking semantic errors
- D. Optimizing the program
Remarks:
Explanation:
Lexical analysis is responsible for identifying and categorizing tokens in the source code, such as keywords, identifiers, and operators.
- A. Translating source code to machine code
- B. Identifying syntax errors in the code
- C. Generating intermediate code
- D. Analyzing program semantics
Remarks:
Explanation:
Code generation is the phase where the compiler translates the high-level source code into machine code executable by the target computer.
- A. Loop Optimization
- B. Instruction Scheduling
- C. Data Flow Analysis
- D. Constant Folding
Remarks:
Explanation:
Instruction scheduling is a compiler optimization technique that rearranges the order of instructions to reduce program execution time.
- A. Loop Unrolling
- B. Common Subexpression Elimination
- C. Dead Code Elimination
- D. Register Allocation
Remarks:
Explanation:
Common Subexpression Elimination is a compiler optimization technique that reduces redundant computations by identifying and eliminating repeated expressions.
- A. Minimizing code size
- B. Reducing program execution time
- C. Efficiently utilizing CPU registers
- D. Eliminating semantic errors
Remarks:
Explanation:
Register Allocation is a compiler optimization technique that aims to efficiently use CPU registers during program execution, enhancing performance.
- A. Converts source code to machine code
- B. Resolves references to external functions and variables
- C. Optimizes the generated code for performance
- D. Performs syntax analysis on the code
Remarks:
Explanation:
The linker is responsible for resolving references to external functions and variables, ensuring the correct linkage of program components.
- A. Loop Unrolling
- B. Inlining
- C. Constant Folding
- D. Data Flow Analysis
Remarks:
Explanation:
Loop Unrolling is a compiler optimization technique that aims to improve program performance by reducing the overhead of loop control instructions.
- A. Code Generation
- B. Data Flow Analysis
- C. Register Allocation
- D. Semantic Analysis
Remarks:
Explanation:
Code Generation is the compiler phase that determines the lifetime of variables and allocates memory for them during program execution.
- A. Generating intermediate code
- B. Translating machine code to assembly code
- C. Performing syntax analysis on the code
- D. Resolving external references
Remarks:
Explanation:
The Assembler is responsible for translating machine code into assembly code, making it more human-readable.