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Arrays are used to store multiple values of the same data type. Structures are a composite data type in which each element, known as a member, can be of any data type, including other structures. Combining these concepts allows us to create arrays of structures, where each element in the array is a structure.

Arrays of structures can indeed be initialized. To do this, we need to define our structure data type, declare the array of structures, and provide the initial values for each structure member. Let's break it down step by step: 1. Define the structure: Define the structure data type with its members. For instance, we can create a structure called "Student" with members "name" and "age" as follows: ``` struct Student { char name[50]; int age; }; ``` 2. Declare Array of Structures: Declare the array using the defined structure data type and specify the size of the array. For example, an array of 3 students can be declared as: ``` struct Student arrayOfStudents[3]; ``` 3. Initialize Array of Structures: Initialize each element of the array providing values for each structure member. You can initialize the array either at the time of declaration or individually for each element. a) Initializing at the time of declaration: ``` struct Student arrayOfStudents[3] = { {"Alice", 15}, {"Bob", 16}, {"Charlie", 17} }; ``` b) Initializing individual elements: ``` strcpy(arrayOfStudents[0].name, "Alice"); arrayOfStudents[0].age = 15; strcpy(arrayOfStudents[1].name, "Bob"); arrayOfStudents[1].age = 16; strcpy(arrayOfStudents[2].name, "Charlie"); arrayOfStudents[2].age = 17; ``` In conclusion, the statement "An array of structures may be initialized" is #tag_math# True #tag_math#.