Q. Network addresses are the very important concepts of

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Q. In the subcategories of reserved address in the IPv6, the address that is used by a host to test itself without going into the network is called

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Q. In IPv4 Addresses, each block in classfull addressing has the fixed number of

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Q. In classful addressing, an IP address in class A, B, or C is divided into

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Q. The dotted-decimal notation is used to make an IPv4 address more compact and easier to

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Q. A few leftmost bits in each address of the IPv6 address define its category,is known as

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Q. In IPv4, two devices on the Internet can never have the

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Q. The term that enables a user to have a large set of addresses internally and one address externally is called

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Q. All the outgoing packets go through NAT router, which replaces the source address in the packet with

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Q. In IPv6 addresses, the addresses start with eight 0s are called

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Q. To represent the IPv4 address, there are

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Q. In classless addressing the size of the block, varies based on the nature and size of the

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Q. Each number in dotted-decimal notation is a value ranging from

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Q. An IPv4 address uniquely and universally defines the connection of a device to the

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Q. IPv6 has the address space of

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Q. In IPv6 Addresses, the field of the prefixes for provider-based unicast address that defines the identity of the node connected to a subnet is called

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Q. The router of the Network Address Translation (NAT) that connects the network to the global address uses

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Q. A unicast address of the IPv6 defines a

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Q. In IPv6 anycast address, a packet destined is delivered to the

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Q. In the multicast address of the IPv6, a transient group address, is used

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