A. Show ip route
B. Debug ip rip
C. Show protocols
D. Debug ip route
Explanation: The debug IP rip command is used to show the Internet Protocol (IP) Routing Information Protocol (RIP) updates being sent and received on the router. It verifies that the updates are being broadcasted and not multicasted.
A. Ripv1
B. Ripv2
C. Eigrp
D. Both ripv1 and ripv2
Explanation: Both RIPv1 and RIPv2 support a maximum hop count of 15 because they use 4-bits to store this value. RIPv1 uses classful routing whereas RIPv2 uses classless routing. The routing updates are broadcasted over the network. It notifies routers about the update so that they update their own routing tables.
A. Every 30 seconds
B. Every 60 seconds
C. Every 90 seconds
D. Ripv1 does not broadcast periodically
Explanation: RIPv1 router broadcasts its routing table every 30 seconds by default. The broadcasted routing table can be used by other routers to find the shortest path among the network devices.
A. The route is 16 hops away debug ip rip
B. The route has a delay of 16 microseconds debug ip route
C. The route is inaccessible
D. The route is queued at 16 messages a second
Explanation: You cannot have 16 hops on a RIP network by default, because the max default hops possible is 15. If you receive a route advertised with a metric of 16, this means it is inaccessible.
A. 0
B. 90
C. 100
D. 1
Explanation: 1 is the default administrative distance of Static Route. It is used by routers to select the best path when there are different routes to the same destination. It’s used only two different routing protocols are being used.
A. Iegrp
B. Rip
C. Icmp
D. Ip
Explanation: RIP gives a full route table update every 30 seconds. The broadcasted routing table can be used by other routers to find the shortest path among the network devices.
A. 0
B. 90
C. 120
D. 130
Explanation: The default administrative distance is the default count of numbers assigned to arbitrary routes to a destination. The default administrative distance of RIP is 120. It is used to find the shortest route amongst the number of paths available.
A. The use of discontinuous networks is not allowed
B. Use of variable length subnet masks is permitted
C. Ripv1 is a claSSLess routing protocol
D. Igrp supports classes routing within the same autonomous system
Explanation: Use of variable length subnet masks is permitted in classless routing protocols. Also use of discontinuous networks is allowed in such routing protocols. RIPv1 is a classful routing protocol but RIPv2 is classless routing protocol.
A. On stub networks- which have only one exit path out of the network
B. Which have more than one exit path out of the network
C. Minimum five exit paths out of the network
D. Maximum five exit paths out of the network
Explanation: We must use default routing on stub networks. They have only one exit path out of the network, so there can be no specific path decided for such networks.