Which configuration allows User A and User B access to the network, but prevents User C from accessing the net
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In the exhibit, User A has authenticated using 802.1X. User B and User C have not authenticated.
The RADIUS server fails.
Which configuration allows User A and User B access to the network, but prevents User C from accessing the network?
Which configuration accomplishes this goal?
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In the exhibit, a customer wants to configure an EBGP connection to two different routers in a neighboring autonomous system.
The goal of this configuration is to use per-prefix load balancing across both EBGP links.
Which configuration accomplishes this goal?
What is the minimal configuration that allows LLDP-MED to autoconfigure your phone’s voice VLAN?
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Referring to the exhibit, you want to configure Switch-1 to allow a user on interface ge-0/0/10 to accommodate both voice and data traffic.
Your phones and your switches are LLDP-MED capable.
What is the minimal configuration that allows LLDP-MED to autoconfigure your phone’s voice VLAN?
which statement is true?
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Referring to the exhibit, which statement is true?
how do you allow Host 3 to authenticate to the network but maintain secure access?
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Host 1, Host 2, and Host 3 are connected to Switch A on interface ge-0/0/2.
Host 1 and Host 2 do not support 802.1X.
They can authenticate and connect to the Internet.
Host 3 was added and it supports 802.1X; however, it is unable to authenticate.
Referring to the exhibit, how do you allow Host 3 to authenticate to the network but maintain secure access?
What must you change for these configurations to work?
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In the exhibit, customers connected to Area 3 must have access to external prefixes received from the data center connected to the router in Area 1. These configurations are currently applied to the routers in Area 1:
{master:0}[edit]
lab@Area-1-ABR# show protocols ospf
no-nssa-abr;
area 0.0.0.1 {
nssa;
interface ge-1/1/1.100;
}
{master:0}[edit]
lab@Area-1-External# show protocols ospf
area 0.0.0.1 {
stub no-summaries;
interface ge-1/1/1.100;
}
What must you change for these configurations to work?
Which statement about the non-ABR router in Area 2 in the exhibit is true?
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Which statement about the non-ABR router in Area 2 in the exhibit is true?
which two statements are true?
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Given the output in the exhibit, which two statements are true? (Choose two.)
why is the BGP neighbor not in Established state?
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Looking at the traceoptions output in the exhibit, why is the BGP neighbor not in Established state?
which three statements describe correct behavior of Switch A?
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Referring to the exhibit, which three statements describe correct behavior of Switch A? (Choose three.)