ccna 200 301 syllabus of errors purpose definition

ccna 200 301 syllabus of errors purpose definition.The result is shown in the following figure :This is a drag-and-drop question that requires you to drag the options on the left to the corresponding positions on the right. There are six options on the left and only four on the right, which means there will be extra options. The question mentions the possibility of using all-0 and all-1 subnets (ip subnet-zero), and the possibility of using VLSM (the routing protocol used is RIPv2, which supports VLSM). The requirement is to assign the most appropriate range of IP addresses in the most IP-address-efficient way possible, so as not to be wasteful. Another point to note here is that the number of hosts listed on the switch includes the IP addresses of the router interfaces. To provide 11 available IP addresses, the host bits need to be 4 bits and the network bits are 28 bits; similarly, to provide 16 available IP addresses, the network bits need to be 27 bits; to provide 6 available IP addresses, the network bits need to be 29 bits; and to provide 2 available IP addresses, the network bits need to be 30 bits. The question is not asking for the network address, but the IP address of the router's corresponding interface, noting that IP addresses are not subnet numbers or subnet broadcasts.8. Solution: ACEThe question asks: Which three statements are true about RIPv2 (choose three)? First understand that RIPv2 is a classless routing protocol that carries a mask when sending routing updates. Its metric is calculated in the same way as RIPvl's, still based on hop count, both are considered unreachable at 16 hops. RIPv2 and RIPvl both have a default administrative distance of 120. RIPvl sends updates as broadcasts, while RIPv2 uses multicast updates at 224.0.0.9. RIPv2 supports authentication, which is not available in RIPvl. RIPv2 supports authentication, which is not available in RIPvl. RIPv2 can turn off auto-summary, which is not available in RIPvl.9.Solution: Question B Q: Referring to the output in the figure about the routes learned from 190.171.23.12. what can be derived? From the output ofL202__ __________________________________ Dan-Karma II LpiLast Update 00:03:30, we can know that the HQ_Router router last received an update from 190.171.23.12, which is already 210 seconds away, and from the previous output, we can see that the routes have an illegal time and suppression time of 180 seconds and a deletion time of 240 seconds, and that the current routes learned from 190.171.23.12 The routes have not been updated for more than 180 seconds and will be removed from the routing table after another 240-210=30 seconds.10. Solution:DQuestion Q: Explain how the routes in the routing table are affected by changes in the state of the EthernetO ports? You can see from the output that when the Ethernet. state down, the router GW_Router sets the hop count of some routes to 16 hops and sends updates outward from the Ethemetl interface as a multicast, making the canon a method of distance vector routing protocol to avoid routing loops - routepoisoning, which can be found in Section 5.5.4. In summary, the routing