Please explain your answers well

Consider three different File Allocation Table (FAT)-based file systems: the first has only 10 KB clusters, the second has only 1 KB clusters, the third has only 0.5 KB clusters: 1. In this file system, 1000 files of size 0.5 KB, 100 files of size 5 KB, and 10 files of size 50 KB shall be stored at the same time. How large (in KB) is for each of the three above cluster sizes the amount of storage that cannot be used due to internal fragmentation? 2. The FAT shall be used to manage clusters that comprise altogether exactly 1500 KB. (The space required for storing the FAT itself shall not be included in the 1500 KB.) a) For each of the above three cluster sizes, investigate whether it is at all possible to manage all the files from part 1. using the above FAT? Justify your answer for each cluster size. b) Now, the FAT itself shall be stored in clusters: How many clusters are occupied by the above FAT at each of the three cluster sizes provided that cluster numbers are stored within the FAT using 16 Bits ("FAT16"? Consider three different File Allocation Table (FAT)-based file systems: the first has only 10 KB clusters, the second has only 1 KB clusters, the third has only 0.5 KB clusters: 1. In this file system, 1000 files of size 0.5 KB, 100 files of size 5 KB, and 10 files of size 50 KB shall be stored at the same time. How large (in KB) is for each of the three above cluster sizes the amount of storage that cannot be used due to internal fragmentation? 2. The FAT shall be used to manage clusters that comprise altogether exactly 1500 KB. (The space required for storing the FAT itself shall not be included in the 1500 KB.) a) For each of the above three cluster sizes, investigate whether it is at all possible to manage all the files from part 1. using the above FAT? Justify your answer for each cluster size. b) Now, the FAT itself shall be stored in clusters: How many clusters are occupied by the above FAT at each of the three cluster sizes provided that cluster numbers are stored within the FAT using 16 Bits ("FAT16