Dario is correct. An understanding of how exactly trace route works would yield the correct answer.
The source of the trace begins by sending a packet towards the destination with a TTL=1. Thus, the first L3 interface it hits decrements TTL by 1, getting it to 0. This forces that L3 interface to reply back with an ICMP message stating TTL expired during transit. That reply would be sent from that L3 interface. Thus, the source is able to obtain the IP from the reply packet. The source would then send a new packet with TTL=2, allowing it to go two hops before it would be decremented to 0, and that second hop would reply back with its own IP address. I hope this makes sense.
The point is, when the physical interface must generate a packet, it uses its physical IP address to do so.
As a matter of fact, when traffic is traversing this physical interface on the return, the L2 source would be the true MAC address of this interface. What I am getting at is that on the LAN for which HSRP is servicing, you shouldn't see the MAC address 0000.0c07.ac-- as a source address in any frame, unless it is a response to a specific request of the HSRP address (i.e. an ARP reply for an ARP request for the HSRP IP).
This is actually a pretty cool feature, i didn't even know it existed until I was looking for a solution to advertise a subnet (prefix in BGP talk), only if a certain condition existed. This is exactly what conditional advertisements does
j ai une question j ai achete un routeur cisco 887VA-k9 , je le configuré avec la configuration ci- dessous
si je le lier avec mon pc portable sur l un de ses ports directement ça marche toute est bien ( la connexion internet + m...
Attached policy provides CLI access to the Cisco 4G router over text messaging. Two files are in the attached .tar file:
2. PDF with instructions on how to load and use the .tcl file.