T F You may skip members in a structure’s initialization list.

Structures in C and C++ are a user-defined datatype that allows grouping of variables of different datatypes under a single name. To initialize the structure, we usually create an object of that structure type and assign values to its members during declaration.

Let's consider an example of a structure and its initialization: ```cpp struct Person { std::string name; int age; float height; }; // Initializing the structure using the object Person person1 = {"Alice", 25, 5.6}; ```

The statement talks about skipping members in a structure's initialization list. This means that when we initialize a structure, we might not provide values for all the members of the structure during the initialization process. In C and C++, it is allowed to skip some members in a structure's initialization list, as long as the list starts from the first member. Any skipped member will be default-initialized to its default value (0 for integers, 0.0 for floats, and an empty string for strings). However, you cannot skip the first member and then initialize a later member. Considering our example in step 2, the following is allowed: ```cpp Person person2 = {"Bob"}; // Only the member 'name' is initialized, and other members are default-initialized. ``` But, this is not allowed: ```cpp Person person3 = {, 30}; // You cannot skip the first member and then initialize a later member. ``` For skipping members, we can use designated initializers (in C99 for C and since C++20 for C++): ```cpp // Designated Initializers Person person4 = {.age = 35, .height = 5.8}; // 'name' is default-initialized, while other members are initialized. ```

Based on the analysis above, the statement "You may skip members in a structure's initialization list" is partially true. You can skip some members as long as the initialization list starts with the first member, and any skipped member is default-initialized. In C99 and C++20, you can skip members using designated initializers without any constraints. So, the final answer is: T (True)