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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Q. In IPv6, the flow label is assigned to a packet by the

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Q. In the IPv4 layer, the datagrams are the

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Q. IPng stands for

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Q. In IPv6, each packet is composed of a mandatory base header followed by the

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Q. In internetwork, the frames does not carry any

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Q. To combines the concepts of the strict source route and the loose source route options of IPv4 we use

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Q. A connectionless communication of the Internet is established at

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Q. The size of the IPv4 datagram may increase, as the underlying technologies allows

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Q. In IPv6, real-time audio or video, particularly in digital form, requires resources such as

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Q. To enhance reliability, IPv4 must be paired with a reliable protocol such as

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Q. IPv4 protocol carries data from different

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