ccna 200 301 syllabus of errors purpose church

ccna 200 301 syllabus of errors purpose church.The routers use route poisoning and send new paths from the Ethemetl interface as multicast.11. Solution: The ADF question asks: Which three statements describe the difference between RIPvl and RIPv2? You can refer to Section 642 of this chapter. option A says that RIPvl is a broadcast update, whileRIPv2 is a multicast update, correct; option B is incorrect if the statement is the opposite of A; option C says that both RIPvl and RIPv2 are classless routing protocols, incorrect, RIPvl is a classful routing protocol and RlPv2 is a classless routing protocol; option D is correct; option E says that both RIPvl and RIPv2 support authentication, incorrect, RIPvl does not support authentication and RIPv2 supports option F says that RIPv2 sends subnet masks in updates, and RIPvl does not send subnet masks, which is correct.12.Solution: DQUESTION Q: What is the most likely reason that the routes on the branch router do not match the routing table on the Gateway_Router router? The Gateway Router learned two explicit routes from Branch Router 2, 208.149.23.96/27 and 208.149.23.128/27, with the knowledge that Branch Router 2 is configured with RIPv2 and has automatic summarization turned off. Gateway_Router learns a summarized route to the primary class network from Branch Router 1. There are two possibilities: either Branch Router 1 is configured with RIPvl, which automatically generates a summarized route at the border of the primary class network, or Branch Router 1 is configured with RIPv2, but does not turn off automatic summarization. In summary, option A is wrong to say that GatewayRouter only receives RIPvl updates because it already receives RIPv2 updates from branch router 2. Company B also seems too absolute to say that Gateway_RouteT only receives RIPv2 updates, and if the branch router is configured with RIPvl, then Gateway_ Router also receives RIPvl updates; option C says that Branch Router 2 is configured to send both RIPvl and RIPv2 updates is also not necessarily true; Branch Router 2 could well be running only RIPv2; option D says that Branch Router 1 is configured to send only RIPvl updates, which would most likely result in a diagram that is notConsistency.13. Solution: AThe question asks: With a default route configured on the RTB, what routing command prevents the RTB from dropping packets destined for 10.1.3.0/24? This question examines the classful and classless routing behavior of a router and can be found in Section 6.5.2 of this chapter. The RTB is directly connected to the 10.1.1.0/24, if the use of classful routing behavior, the RTB will discard packets going to 10XP 3.0/24, the RTB needs to use classful routing behavior, the command is ipclasslessoQuestion C asks: according to the output of the show running-config and show ip route commands, if an administrator tries to ping a host from host 10.1.6.1001.8.5,How does RouterA handle ICMP packets? From the output, you can see that the router is using classless routing behavior (ip classless), and you can also see that the explicit route for 10.1.8.5 does not appear in the routing table, but the parent route for 10.1.8.5, 10.0.0.0, appears in the routing table, and there is a default route for RIP in RouterA's routing table. According to the "Route Chasing Process" described in Section 652 of this chapter, you can learn that RouterA will send ICMP packets from interface S0/1.