Q. Ethernet protocol has a minimum and maximum restriction on the size of data that can be encapsulated in a frame is

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Q. In IPv4 protocol, the size of the source and destination address is

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Q. When the IPv4 protocol sends a datagram, it copies the current value of the counter to the identification field and increments the counter by

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Q. Connection-oriented protocols is used in virtual circuit approach for packet switching, such as in

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Q. While transmission of packets over Internet, when all the packets have been delivered, the connection is

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Q. In IPv6, the header checksum is eliminated because the checksum is provided by

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Q. In IPv4, parts of the header must be copied by all fragments, if the datagram is

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Q. In connection-oriented protocols, a sequence of packets are sent on same path in

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Q. All routers may use universal time, their local clocks may not be

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Q. The initial value of checksum is

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Q. RTP stands for

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Q. Switching can be divided into three broad categories: circuit switching, packet switching and

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Q. An option which is used to record the time of datagram processing by a router is called

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Q. In IPv4, a record route can list up to

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Q. IPv6 has the large address

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Q. Three strategies used to handle the transition from version 4 to version 6 are dual stack, tunneling and

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Q. In internetwork, the network layer at the destination is responsible for

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Q. The total length field defines the total length of the datagram including the

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Q. MTU stands for

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Q. The header of the IPv4 packet changes with each

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