Refer to the exhibit. In which two ways is this network impacted if link instability exists between R1 and R2? (Choose two.)

R3 peers with both R1 and R2, so it installs routes originating from each; the instability on the R1-R2 link causes repeated route withdrawals and re-advertisements that continuously update R3's routing table with prefixes from both routers.

R1 and R2 communicate over their direct link, so traffic between them is not forwarded through R3; R3 is adjacent to both but is not in the forwarding path between the two, regardless of the link's stability state.

Based on the exhibit topology, R1 does not form an adjacency or exchange routing information directly with R3, so R3's routes are not present in R1's routing table.

R2 does not peer with R3 in the exhibit topology, so routes originating from R3 are not installed in R2's routing table.

Because R1 and R2 share a direct link and that link remains the preferred path, R3 does not serve as a transit hop between them; the instability does not reroute traffic through R3.