What three actions occur when a file is created in a FAT32 file system?

When a file is created in a FAT32 file system, several actions take place in a specific sequence that ensures the file can be identified and accessed properly. The correct answer details this process accurately.

Initially, when a file is created, a directory entry specifically for that file is established within the directory structure. This entry includes critical information such as the filename, file size, timestamps, and pointers to where the actual file data resides on the disk.

Next, the File Allocation Table (FAT) plays a crucial role. After the directory entry is created, the FAT is responsible for assigning the necessary clusters to store the file's data. This allocation determines the physical storage locations on the disk where the file's data will be written.

Finally, the actual content of the file is filled into the allocated clusters, which means the data is written to those specific locations on the disk. This order of operations ensures that the system maintains a coherent structure for file management, allowing for proper reading and writing of data.

By understanding this sequence—creating the directory entry, assigning clusters via the FAT, and filling in the file's data—they can appreciate how the FAT32 file system efficiently manages files and their associated information.