Suppose an inode occupies one block, and blocks are of size %%1 bytes. further, suppose disk addresses occupy %%2 bytes. the inode has file attributes occupying 256 bytes, and its last disk address is used to link to another inode, if the file needs more blocks than the number of pointers to file blocks that can appear in one inode. how large (in bytes) can the file be, if no additional inode is needed to represent the file?

Auser is given read permission to a file stored on an ntfs-formatted volume. the file is then copied to a folder on the same ntfs-formatted volume where the user has been given full control permission for that folder. when the user logs on to the computer holding the file and accesses its new location via a drive letter, what is the user's effective permission to the file? a. read b. full control c. no access d. modify e. none of the above