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Question
In linux, in networking, class C addresses, have their first [...] bit segment represent the LAN, and the next [...] bits represent the host machine
Answer

24, 8

^^ normally class C addresses are used by small organizations (as it only supports 2^8, i.e. 256 unique machines)

^^^ Class C addresses are identified by 11 being the first two bit (from left), so they are all 192.x.x.x and above


Question
In linux, in networking, class C addresses, have their first [...] bit segment represent the LAN, and the next [...] bits represent the host machine
Answer
?

Question
In linux, in networking, class C addresses, have their first [...] bit segment represent the LAN, and the next [...] bits represent the host machine
Answer

24, 8

^^ normally class C addresses are used by small organizations (as it only supports 2^8, i.e. 256 unique machines)

^^^ Class C addresses are identified by 11 being the first two bit (from left), so they are all 192.x.x.x and above

If you want to change selection, open document below and click on "Move attachment"

25. Introduction to IP
(first decimal number is 128 through 191 ). The next 14 bits give the LAN, and the remaining 16 bits give the machine. Most universities, like the address above, are Class B addresses. Lastly, <span>Class C addresses start with a 1 1 0 (first decimal number is 192 through 223 ), and the next 21 bits and then the next 8 bits are the LAN and machine, respectively. Small companies tend use Cl

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