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OK so on rather 3 this network and this network are not directly connected this network and this network
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are directly connected.
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So ip route Destination Network is 1 9 2 1 6 8 1.0 subnet mask is this or destination prefix mosque.
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Mosque used is 2 5 5 2 4 5 2 4 5 0.
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Next Top is 1 9 2 1 6 8 3 dot 1 from right a 3 point of view when sending traffic to this network.
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This is the next hop IP rock 1 9 2 1 6 8 2 dot Zero Mosque Next Top is 1 on 2 1 6 8 3 dot 1 so now show
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IP brought on brought a 3 we can see two static results have been added to the writing table and now
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when we do a trace from router 1 to the DNS server notice the trace succeeds this router camping the
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DNS server some P.S. 1 IP address of PCI is thus default gateway is right a one can we ping the DNS
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server 170 60 in 1 to 2 Yes we can if we trace 2 that we can see that the traffic goes to brought a
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1 router 2 rather 3 and then the DNS server if I open up a web browser can the P.C. connect to Cisco
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dot com yes it can.
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So we can connect to the packet trace of Cisco dot com server and we can do that using the DNS name
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in other words the name has been resolved by the DNS of a and we can ping Cisco dot com and we can trace
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to Cisco to come What about on P.C. to can P.C. to connect to Cisco dot com yes it can we can browse
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to the Cisco Web site and we can ping Cisco dot com so we've successfully configured static grants on
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these routers show IP round shows us the IP routing table.
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Right.
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One has two static rods configured both with the next top of a right to write a two as two static drafts
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configured one pointing two broad to three one pointing to write a one and rather 3 has two static rafts
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configured both pointing back to Roger too.
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In other words the next top for both of these static drafts is rather to write a three should as an
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example be able to ping write a one and draw a three should be able to ping the IP addresses of the
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pieces of which it can.
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So as an example on P.S. two we can see that piece he too has this IP address and Roger three is able
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to ping that IP address in this lab but we also told to make sure that switch one can ping the DNS server.
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In other words the switch in needs to be able to ping the DNS server
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the switches configured with this IP address
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1 9 2 1 6 8 1 2 5 3 show IP wrong shows us that the default gateway is not sent and the routing table
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has the statement ICMP redirect caches empty.
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That means that IP writing is not enabled on the broader which means that we need to configure a default
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gateway on the switch pointing to broader one.
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So we need to configure the switch with that a default gateway so should IP right now displays that
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the default gateway is rather one.
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So we should be able to paying the DNS server took it a while but it's not working and we should be
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able to ping Cisco to come if we can figure a name server so IP names of 1 7 2 16 1 or 2 IP domain look
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up.
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Let's see if we can ping Cisco dot com notice of the domain name has been translated and we have IP
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connectivity to Cisco dot com.
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So I've successfully completed the slab I've configured static rots on these three routers I'll save
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the configuration as a lost step one more thing I'll do is fix this switch name should be host to switch
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to and on VLAN 1 I'll set to the IP address to use DCP to show IP interface brief we can see now that
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to this host has this IP address in other words an IP address has been allocated by the DHB server in
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the right subnet it DHB server is configured on this server How did you do.
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Were you able to complete the lab.
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It's important that you know how to configure or verify and troubleshoot static grants for the CCMA
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exam.
5443
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