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a) What is the maximum file size that can be supported in this file system? Please answer with the following format: _KB +_ MB +_ GB + _ TB. b) Consider when the file system uses 1M (1M = 220) blocks to store inodes and uses 512M blocks to store normal file data. Given a set of image file (each size 5600B), what is the maximum number of such image files that the file system can store? c) Consider one file F1 with size 6KB, file F2 with size 40KB. Does the file system take the same amount of time to obtain the index of the last block of F1 and F2 and why?

a) What is the maximum file size that can be supported in this file system? Please answer with the following format: _KB +_ MB +_ GB + _ TB. b) Consider when the file system uses 1M (1M = 220) blocks to store inodes and uses 512M blocks to store normal file data. Given a set of image file (each size 5600B), what is the maximum number of such image files that the file system can store? c) Consider one file F1 with size 6KB, file F2 with size 40KB. Does the file system take the same amount of time to obtain the index of the last block of F1 and F2 and why?

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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a) What is the maximum file size that can be supported in this file system? Please answer with the following format: _KB +_ MB +_ GB + _ TB. b) Consider when the file system uses 1M (1M = 220) blocks to store inodes and uses 512M blocks to store normal file data. Given a set of image file (each size 5600B), what is the maximum number of such image files that the file system can store? c) Consider one file F1 with size 6KB, file F2 with size 40KB. Does the file system take the same amount of time to obtain the index of the last block of F1 and F2 and why?
Transcribed Image Text:a) What is the maximum file size that can be supported in this file system? Please answer with the following format: _KB +_ MB +_ GB + _ TB. b) Consider when the file system uses 1M (1M = 220) blocks to store inodes and uses 512M blocks to store normal file data. Given a set of image file (each size 5600B), what is the maximum number of such image files that the file system can store? c) Consider one file F1 with size 6KB, file F2 with size 40KB. Does the file system take the same amount of time to obtain the index of the last block of F1 and F2 and why?
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