Examine the router output above. Which two items are correct? (Choose two.)
A.
The local IP address of Router A is 10.1.0.6.
B.
The local IP address of Router A is 10.1.0.20.
C.
If Ethernet 0/2 goes down, the standby router will take over.
D.
When Ethernet 0/3 of RouterA comes back up, the priority will become 105.
E.
Router A will assume the active state if its priority is the highest.
Explanation:
HSRP election is based on a priority value (0 to 255) that is configured on each router in the
group. By default, the priority is 100. The router with the highest priority value (255 is
highest) becomes the active router for the group. If all router priorities are equal or set to the
default value, the router with the highest IP address on the HSRP interface becomes the
active router. To set the priority, use the following interface configuration command:
Switch(config-if)# standby group priority priority
When HSRP is configured on an interface, the router progresses through a series of states
before becoming active. This forces a router to listen for others in a group and see where it
fits into the pecking order. The HSRP state sequence is Disabled, Init, Listen, Speak,
Standby, and, finally, Active.