Course: C Programming

Welcome to the C Memory Address Quiz.

This quiz tests your understanding of memory addresses in C, which are fundamental to how data is stored and accessed in programs. Every variable in C is stored at a specific location in memory, and each location has a unique address. Using the address operator &, you can access the memory location of a variable, which is especially important when working with pointers. Understanding memory addresses helps you write efficient programs, manage data properly, and build advanced concepts like pointers, arrays, and dynamic memory allocation. Read the instructions carefully before you begin the quiz.

Quiz Format

• Total Questions: 10

• Difficulty Level: Medium

• Question Type: Multiple Choice

• Each question has one correct answer.

Timing

• Total time limit: 5 minutes

• Answer steadily and avoid spending too much time on any single question.

Scoring

• Each correct answer = +1 point

• No negative marking

• Maximum Score = 10 points

How to Play

• Read each question carefully and review the C code examples provided.

• Understand how variables are stored in memory.

• Learn how to get memory addresses using the & operator.

• Focus on how addresses are displayed using %p.

• Observe how pointers relate to memory addresses.

• Identify correct and incorrect syntax for accessing addresses.

• Pay attention to data types and memory storage.

• Understand the importance of memory management.

• Choose the option that best represents correct C memory behavior.

• Once you move to the next question, you cannot return to previous ones.

Rules

• Do not refresh or close the quiz window during the attempt.

• Avoid using notes, books, or online references.

• Keep track of the remaining time during the quiz.

Before You Start

• You can revise the topic here: C Memory Address Tutorial

After Submission

• Your score will be displayed instantly.

• Review the correct answers to understand mistakes.

• This will help you confidently work with memory addresses in C programs.