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Q 1/10
Score 0
This Ipv4 field is used to determine the priority of a packet.
30
Time-to-live
Differentiated Services
Protocol
Version
Q 2/10
Score 0
This IPv4 header component is used to limit the lifetime of a packet. Once it reaches a certain number of hops the packet will be discarded and the sender will be informed the recipient could not be reached.
60
differentiated services
protocol
time-to-live
version
10 questions
Q.
This Ipv4 field is used to determine the priority of a packet.
1
30 sec
Q.
This IPv4 header component is used to limit the lifetime of a packet. Once it reaches a certain number of hops the packet will be discarded and the sender will be informed the recipient could not be reached.
2
60 sec
Q.
This ipv4 header component identifies the packet as an ipv4 packet vs. ipv6
3
60 sec
Q.
This ipv4 header component indicates the data payload type the packet is carrying, which enables to network layer to pass the data to the appropriate upper layer protocol.
4
60 sec
Q.
This term refers to the maximum size of the protocol data unit that each medium can transport. The data link layer determines this size.
5
60 sec
Q.
This part of an ipv4 header tells intermediary devices where the packet needs to be sent.
6
60 sec
Q.
Which of these is not a reason that IPv6 is better than IPv4?
7
60 sec
Q.
This field in an ipv6 header is the same as differentiated services in ipv4 and deals with packet priority.
8
60 sec
Q.
This ipv6 header component ensures that all packets with the same label receive the same type of handling by routers
9
60 sec
Q.
This ipv6 header component replaces the time-to-live portion of the ipv4 packet. With each router the packet goes through, the counter on this is decremented by 1 until the packet is discarded if it doesn't reach its destination.
