Refer to the exhibit. Router B receives a packet with a destination address of
10.16.1.97. What will router B do?
drop the packet
forward the packet via the route to 10.16.1.0
forward the packet via the route to 10.16.1.64
*use the default route
2 A network is converged and the routing tables are complete. When a packet
needs to be forwarded, what is the first criterion used to determine the best path
in the routing table?
the route with the smallest AD
*the route with the longest address and mask match to the destination
the route with the highest bandwidth
the route with the best combination of AD and lowest cost
Refer to the exhibit. Which statement correctly describes this network?
EIGRP is being used
*There is at least one parent and one child route
192.168.2.0, 192.168.3.0, and 192.168.4.0 networks are child routes
Traffic going to 172.16.3.0 will be directed to s 0/0/1
Refer to the exhibit. Router1 has been issued the ip classless command. What
happens to packets destined to host 172.16.3.10?
they are dropped
sent to default gateway
*forward out interface Serial0/0/1
forward out interface FastEthernet 0/0
5 The following entry is displayed in the routing table:
R 192.168.8.0/24 [120/2] via 192.168.4.1, 00:00:26, Serial0/0/1
What type of route is this?
a level 1 parent route
a level 1 supernet route
*a level 1 ultimate network route
a level 2 child route
a level 2 ultimate child route
6 What determines if the router implements a classless route lookup process?
Child routes are present in the routing table.
A classless routing protocol has been configured on the router.
*The command ip classless is enabled on the router.
Multiple routes with different masks to the same destination are in the routing
Routing table entries have a next-hop IP address and an exit interface for each