In the RENTALS table shown in fig 2, 40 customers have created 50 rental contracts over time. A RENTALS record is 122 bytes and the block size for your OS is set to 1024 bytes with each block having a 1 byte pointer to the next written block as well as a 1 byte pointer to the next physically consecutive block. Calculate the blocking factor for unspanned blocking of RENTALS records. a)4 b)400 c)320 d)8
In the RENTALS table shown in fig 2, 40 customers have created 50 rental contracts over time. A RENTALS record is 122 bytes and the block size for your OS is set to 1024 bytes with each block having a 1 byte pointer to the next written block as well as a 1 byte pointer to the next physically consecutive block. Calculate the blocking factor for unspanned blocking of RENTALS records. a)4 b)400 c)320 d)8
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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In the RENTALS table shown in fig 2, 40 customers have created 50 rental contracts over time. A RENTALS record is 122 bytes and the block size for your OS is set to 1024 bytes with each block having a 1 byte pointer to the next written block as well as a 1 byte pointer to the next physically consecutive block.
Calculate the blocking factor for unspanned blocking of RENTALS records.
a)4
b)400
c)320
d)8
Transcribed Image Text:N
(1, 1))
StartDate
Term
NoOfDays
ested
ate)
var(Requested
EndDate)
DReturnDate
IfDailyTerm
1
(NoOfWeeks)
NEW
RENTALS
(rWeeklyTerm
RESERVATION
(1, 1)
WReturnDate
(1, 1)
AmountDue
VID
Contract#
CID
ActualReturn
RID
Date
ВОOKED
FOR
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