Q. The structure of classless addressing does not restrict the number of

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Q. In classful addressing, the length of netid and hostid is predetermined, we can use it as

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Q. In IPv4 Addresses, classless addressing is used to

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Q. In IPv4 addressing, a block of addresses can be defined as

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Q. In NAT, the range of addresses for private networks from 10.0.0.0 to 10.255.255.255 makes a total of

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Q. The first 3 codes in IPv4 Addresses, the telephone networks defines the

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Q. There are two types of the address that are defined for the

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Q. The Internet authorities have reserved three sets of addresses as

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Q. In IPv4 Addresses, the reserved addresses of the Internet are unique

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Q. In hexadecimal colon notation, the address consists of 32 hexadecimal digits with every four digits separated by a

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Q. The value 0000001 of the prefix of the IPv6 address shows the type of

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Q. The class of the IP addresses 208.34.54.12 will be

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Q. IPv6 addresses use

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Q. In the old time, a user was connected to the Internet with a

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Q. In classfull addressing, several networks are combined to create a

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Q. In IPv6 Addresses, to make addresses more readable, IPv6 specifies

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Q. CIDR stands for

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Q. In Type Identifier of Unicast address, the 3 bit-field defines the address as

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Q. The IPv4 addressing is also called the classful addressing because it uses the concept of

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Q. In network addresses, each router has two

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