How are elements stored in memory in a C array?

In C, elements in an array are stored in contiguous memory locations. Here are the steps involved in storing elements in memory in a C array:

1. Declare the array: Start by declaring the array with a specific data type and size. For example, you can declare an array of integers with the following syntax: int myArray[5];

2. Allocate memory: Once the array is declared, memory is allocated to hold the specified number of elements. In the above example, memory is allocated for 5 integers.

3. Assign values: After memory is allocated, you can assign values to the individual elements of the array. For example, you can assign values to the first three elements of the array as follows: myArray[0] = 10; myArray[1] = 20; myArray[2] = 30;

4. Accessing elements: You can access individual elements of the array using their index. In C, array indices start from 0. For example, to access the second element of the array, you would use myArray[1].

5. Memory layout: In memory, the elements of the array are stored sequentially, one after another. The memory address of the first element is the starting address of the array, and the subsequent elements are stored at consecutive memory addresses.

6. Element size: The size of each element in the array is determined by the data type used. For example, if the array is of type int, each element will typically occupy 4 bytes of memory.

7. Accessing memory: To access a specific element in memory, the compiler calculates the memory address of the element based on the starting address of the array and the index provided.

Overall, C arrays provide a simple and efficient way to store and access multiple elements of the same data type in contiguous memory locations.