Q. In IPv4, a machine drops the header and trailer, when it receives a

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Q. A sender can choose a route so that its datagram does not travel through

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Q. In fragmentation of IPv4, the 13-bit field that shows the relative position of the fragment with respect to the whole datagram is called

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Q. An option that is used by the source to predetermine a route for the datagram as it travels through the Internet is known as

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Q. The router discards the datagram when it is decremented to

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Q. Datagram network uses the universal addresses defined in the network layer to route packets from the source to the

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Q. In IPv4, some physical networks are not able to encapsulate a datagram of

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Q. Physical and data link layers of a network operate

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Q. In an IPv4 packet, the value of HLEN is

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Q. A sequence of packets with same source and destination addresses can be sent one after another when the connection is

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Q. The responsibility of Physical and data link layers on the network is

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Q. The network layer was designed to solve the problem of delivery through

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Q. In IPv4, the 4-bit field that defines the total length of the datagram header in 4-byte words is the

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Q. In IPv4, formula for Length of data =

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Q. If the IPv4 address is not listed in the datagram, a router must not be

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Q. By extracting the 32 rightmost bits from the mapped address, we can Convert

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Q. In IPv6, another example of Congestion-Controlled Traffic is

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Q. In the strict source route, the sender can choose a route with a specific type of

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Q. The bytes in the original datagram of IPv4 are numbered

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Q. In IPv4, the value of the Maximum Transfer Unit (MTU) depends on the

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