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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Q. The field that remains unchanged during the time the IPv4 datagram travels from the source host to the destination host is

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Q. In IPv4, the subfield of precedence was part of version

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Q. In IPv6, the type of traffic that expects minimum delay is

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Q. The packet is fragmented in the network layer, if the packet is

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Q. In the IPv4, the value 0100 of the type of service bits are used to represent the

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Q. In IPv6, the format and the length of the IP address were changed along with the

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Q. In Congestion Controlled Traffic, it is understood that packets may arrive

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