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This is part 1 of part 2 same name just replace I with a II I WILL GIVE AS MUCH

ID: 2962752 • Letter: T

Question

This is part 1 of part 2 same name just replace I with a II

I WILL GIVE AS MUCH TIME AS NEEDED FOR THIS QUESTION MULTIPLE DAYS IF NEEDED. I NEED JUST A LITTLE WORK SHOWN. I HAVE OTHER QUESTIONS SO IF YOUR GOOD AT THIS AND WANT TO KEEP MAKING POINTS MAKE A COMMENT BELOW WITH YOUR ANSWER AND I WILL GIVE YOU FIRST CHANCES TO ANSWER FOR NEXT ONES. Goodluck and have fun


42. You are reviewing a conceptual binary addressing scheme that uses 35 bits for network layer addressing (divided into seven 5-bit blocks that are written in dotted decimal format). The first and second subnetworks are reserved for the wire address and to support the broadcast address. The first and second host addresses on each subnet are also reserved to support the subnetwork wire address and subnet broadcast address. Network (N), subnet (s) and host (h) bits are arranged in the following manner with the left most bits of each type being the high order bits:

        h h h s s . h h s s s . N N N N N . N N N N N . N N N N N . s s s h h . s s h h h


Determine the following for this theoretical network address space:

a.       How many major networks are supported?

b.      How many useable subnets are available on each network?

c.       How many addresses are available for assignment to hosts on each subnet?

d.      For the entire address space, how many useable host addresses are available?


Explanation / Answer

Major networks would be determined based on N

5 bit = 2^5 = 32

total number of major networks = 32^3 = 32768

b)

number of subnet will be determined based on s

s = 10

total combination of s is 2^10 = 1024 and since first two subnet are reserved, so number of usable subnet are 1024 - 2 = 1022


c)

number of host in a subnet will be determined based on h

h = 10

total combination of h is 2^10 = 1024 and since first two host are reserved, so number of usable host are 1024 - 2 = 1022


d) total number of usable host = 1022*1022*32768 in a entire network,

answer = 3.422 *10^10

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