What will Router 2 do with the routes shown in the exhibit?
Router 2 is receiving a route to 10.0.0.0/8 from Router 4 and Router 5. What will Router 2 do with
the routes shown in the exhibit?
What will Router 2 do with the routes shown in the exhibit?
Router 2 is receiving a route to 10.0.0.0/8 from Router 4 and Router 5. What will Router 2 do with
the routes shown in the exhibit?
What will Router 2 do with the routes shown in the exhibit?
Router 2 is receiving two announcements of a route to 10.0.0.0/8. Router 2 learned one version of
the route from ISP-2; this announcement of the route was received first. The second
announcement of the route was received from Router 1 using IBGP. What will Router 2 do with the
routes shown in the exhibit?
Which two statements are true of GRE?
Which two statements are true of GRE? (Choose two.)
Which field of the IP header is modified on a payload packet when using GRE?
Which field of the IP header is modified on a payload packet when using GRE?
What causes this behavior?
You must create an IP-IP tunnel between two routers on your network. These two devices are
separated by 10 hops. The tunnel appears to be established, but no traffic is traversing the tunnel.
What causes this behavior?
Which three statements are true about tunnels?
Which three statements are true about tunnels? (Choose three.)
what is the problem?
You want traffic destined for the 66.142.1.0/24 network to traverse an IP-IP tunnel. You notice
traffic being sent to any address in that subnet is not being received. Upon reviewing the output
shown in the exhibit, what is the problem?
which two requirements to function correctly?
An IP-IP tunnel must meet which two requirements to function correctly? (Choose two.)
What is the problem?
A GRE tunnel is established between two routers. When a user on one end sends traffic with a
large packet size to a user on the remote end, the packet never arrives. However, the problem
does not exist for smaller packets. What is the problem?