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

View solution

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

View solution

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

View solution

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

View solution

Q. Physical and data link layers of a network operate

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

Q. In IPv4, formula for Length of data =

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

Q. In the IPv4 layer, the datagrams are the

View solution

Q. IPng stands for

View solution