341
244. D. The command
standby 1 preempt will configure HSRP group 1 for preemption.
This command must be configured under the interface on which HSRP has been enabled.
The command
show standby will allow you to verify this. The command standby 1
preemption is incorrectly configured in the global configuration prompt or an interface
configuration prompt. The command
hsrp 1 preempt is incorrect.
245. B. The command
vrrp 1 ip 10.1.2.3 will configure the interface with VRRP with
a virtual IP address of 10.1.2.3. The command
vrrp 1 10.1.2.3 gi 0/0 is incorrect.
The command
vrrp 1 10.1.2.3 is incorrect. The command standby 1 10.1.2.3 and
standby 1 vrrp is incorrect.
246. C. Interface tracking is configured on the interface in which the HSRP group has been
configured. The command
standby 1 track serial 0/0/1 tells the HSRP group of
1 to track the status of interface serial 0/0/1. The command
standby 1 interface
tracking serial 0/0/1 is incorrect. The command standby 1 tracking serial
0/0/1 is incorrect. The commands interface serial 0/0/1 and standby 1 interface
tracking are incorrect.
247. C. The command
debug standby will allow you to see real-time information from HSRP
on the router on which you have entered the command. The command
show ip hsrp is
incorrect. The command
debug ip hsrp is incorrect. The command debug ip standby
is incorrect.
248. A. GLBP allows for per-host load balancing. It does this by allowing the active virtual
router to respond for the virtual IP address. The AVG then hands out the MAC address
in the ARP request for one of the active virtual forwarders. It does this in a round-robin
fashion. The active virtual gateway will respond with the active virtual forwarder; an
active router is a concept used with HSRP. GLBP will not load balance per-subnet; HSRP
can be set up with a different HSRP group for each VLAN. The virtual router is not
responsible for responding to the tracking requests; the active virtual router is responsible
for this task.
249. A. The command
standby 1 timers msec 200 msec 700 will set the HSRP group
of 1 with a hello timer of 200 milliseconds and a hold timer of 700 milliseconds. This is
configured inside of the interface in which the HSRP group was created. The command
standby 1 timers 200 msec 700 msec is incorrect. The command standby 1 timers
700 msec 200 msec is incorrect. The command standby 1 timers msec 700 msec
200 is incorrect.
250. C. Router C will become the active router since it has the highest priority. The default
priority of HSRP is 100, and therefore, the router with the highest priority will become
the active router. It is important to note that nothing will change if preemption is not
configured on the routers. Router A, Router B, and Router D all have lower HSRP
priorities compared to Router C with a priority of 140.
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