I really only need help with the storage overhead part. Here's how I did it, but I'm not sure if this is correct.

Percentage of required storage overhead for 100K bytes file:

19 pointers (for the inodes) + 1024 pointers (for the single indirect block) = 1043 pointers

((1043 pointers * 4 bytes)/100000 bytes)*100 = 4.172%

Percentage of required storage overhead for 1000K bytes file:

19 pointers (for the inodes) + (1024 pointers * 1024 pointers) (for the double indirectblock) = 1048595 pointers

((1048595 * 4 bytes)/10000000 bytes)*100 = 41.94%

1. (10 pts) Consider a file system that uses inodes to represent files. Disk blocks are 4 KB in size, and a pointer to a disk block requires 4 bytes. This file system has 16 direct disk blocks, as well as single, double, and triple indirect disk blocks. What is the maximum size of a file that can be stored in this file system? What percentage of the required storage is overhead if the file is 100K bytes? 1000K bytes? 1. (10 pts) Consider a file system that uses inodes to represent files. Disk blocks are 4 KB in size, and a pointer to a disk block requires 4 bytes. This file system has 16 direct disk blocks, as well as single, double, and triple indirect disk blocks. What is the maximum size of a file that can be stored in this file system? What percentage of the required storage is overhead if the file is 100K bytes? 1000K bytes