Storage classes assignments in C language with explanation and Solutions.
1.Write a C program to demonstrate the use of the auto storage class. Include functions with auto variables and demonstrate their scope.
2. Develop a C program that utilizes the register storage class. Compare the performance difference between using register variables and standard variables in a computational task.
3. Create a C program to explore the static storage class. Implement functions that use static variables to maintain state between function calls.
4. Write a C program that showcases the extern storage class. Implement multiple source files where global variables are declared in one file and accessed in another using extern.
5. Develop a C program to illustrate the use of typedef with a structure. Define a structure for a complex data type and create aliases using typedef to improve code readability.
6. Create a C program that combines multiple storage classes (auto, static, extern, register, and typedef) in different contexts. Explain their interactions and scope resolutions.
7. Write a C program to demonstrate the limitations and advantages of using auto variables within recursive functions. Implement recursive functions that utilize auto variables to illustrate memory allocation and deallocation.
8. Develop a C program that showcases the benefits of using register variables in computational tasks. Compare performance metrics with and without register variables for operations involving large datasets.
9. Create a C program that uses static variables to maintain unique identifiers across function calls. Implement functions that assign and print static identifiers to demonstrate their persistence.
10. Write a C program to manage global variables across multiple source files using extern. Implement functions that modify global variables in one file and access their updated values in another file using extern.
11. Create a C program that integrates different storage classes (auto, static, extern, register, and typedef) within a modular software design. Implement modules that encapsulate specific functionalities using appropriate storage classes.
12. Write a C program that demonstrates the use of auto variables within nested function calls. Implement nested functions that use auto variables to illustrate their scope and visibility.
