The T1 link between R1 and Network B has failed. How will HSRP respond to the failure?
A. R1 will change its priority but will remain active using the Frame Relay backup link to forward the traffic to Network B.
B. R2 will assume the role of active router and will use its T1 link to forward the traffic to Network
C. Both routers R1 and R2 will be inactive, and the users on Network A will lose the connectivity to Network B.
D. C. Both routers R1 and R2 will be active, and the traffic will be load balanced between the T1 links.
Answer:B
The T1 link between R1 and Network B has failed. How will HSRP respond to the failure?
A. R1 will change its priority but will remain active using the Frame Relay backup link to forward the traffic to Network B. B. R2 will assume the role of active router and will use its T1 link to forward the traffic to Network C. Both routers R1 and R2 will be inactive, and the users on Network A will lose the connectivity to Network B. D. C. Both routers R1 and R2 will be active, and the traffic will be load balanced between the T1 links.
Explanation: R1 is configured to decrement the HSRP priority by 10 when S0 goes down, so it will then have a priority of 95 (105-10). R2 is using the default priority of 100 so it will then become the active router.