Use both diagrams below to answer the question. As depicted a packet with the header 0111 arrives at the first router. What answers below describes what will transpire in the router:

A router receives an incoming packet and cannot determine where to forward it. What will the router do?

What header address information does a router change in the information it receives froman attached Ethernet interface before information is transmitted out another interface?A. only the Layer 2 destination addressB. only the Layer 3 source addressC. only the Layer 3 destination addressD. the Layer 2 source and destination address

Which portion of the network layer address does a router use to forward packets?

0Refer to the exhibit. What will router R1 do with a packet that has a destination IPv6 address of 2001:db8:cafe:5::1?forward the packet out GigabitEthernet0/1forward the packet out Serial0/0/0forward the packet out GigabitEthernet0/0drop the packetNavigation Bar

In a communication network, there are two types of packets. Header-type packets contain control information such as source and destination addresses and checksum bytes etc. whereas user-generated information is in data packets. Assume that a message consists of 6 header packets followed by 94 data packets. However a faulty router re-orders all of the packets randomly. How many random ordering of 100 packets is possible? 100!94!94100What is the probability that the first header-type packet to be received is the 10th packet to arrive? 0.04220.03690.01890.0256