We are part of the way through generating the antilog table for GF(13) using generator 5, and just generated N^x-1 = 7. What is N^x? O 2*7-14 mod 12 = 2 5*7-35 mod 13 = 9 2*7=14 mod 13 = 1 5*7-35 mod 12 = 11 QUESTION 3 What is the MTTF for a 6+1 RAID 5 volume, given drive MTTF=21 hours and MTTR=1/2 hour? QUESTION 4 What is the MTTF for a 5+1 RAID-5 volume, given drive MTTF=60 hours and MTTR=2 hours?

We are part of the way through generating the antilog table for GF(13) using generator 5, and just generated N^x-1 = 7. What is N^x? O 27-14 mod 12 = 2 57-35 mod 13 = 9 27=14 mod 13 = 1 57-35 mod 12 = 11 QUESTION 3 What is the MTTF for a 6+1 RAID 5 volume, given drive MTTF=21 hours and MTTR=1/2 hour? QUESTION 4 What is the MTTF for a 5+1 RAID-5 volume, given drive MTTF=60 hours and MTTR=2 hours?

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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QUESTION 2 We are part of the way through generating the antilog table for GF(17) using generator 3, and just generated N^x-1 = 9. What is N^x? O 3*9=27 mod 17 = 10 O 2*9=14 mod 17 = 14 O 3*9=27 mod 16 = 11 O 2*9=18 mod 16 = 2 QUESTION 3 What is the MTTF for a 6+1 RAID 5 volume, given drive MTTF=21 hours and MTTR=1/2 hour? QUESTION 4 What is the MTTF for a 5+1 RAID-5 volume, given drive MTTF=60 hours and MTTR=2 hours? 0.0078
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