What are three key concepts that apply when configuring the EIGRP stub routing feature in a hub and spoke network? (Choose three.)

A hub router is responsible for advertising routes to the remote (stub) routers; the stub feature on the remote router limits what the stub router itself advertises and how it responds to queries, not what the hub advertises.

EIGRP stub routing is exclusively configured on the remote or spoke routers in a hub-and-spoke topology, as these devices are at the network edge and are not intended to serve as transit points for traffic.

A fundamental aspect of EIGRP stub routing is that stub routers are not queried by other routers for routes they may possess, which significantly reduces the scope of EIGRP queries and prevents stuck-in-active (SIA) conditions.

Spoke routers configured as stubs do not answer route queries for other routers; instead, they simply respond to queries by indicating their stub status, preventing further query propagation.

A router configured as an EIGRP stub should ideally only have EIGRP adjacencies with its hub router(s), as its purpose is to provide connectivity to its directly connected networks rather than serving as a transit point for other EIGRP peers.

EIGRP stub routing is designed to be configured on the spoke or remote routers in a hub-and-spoke network to limit the propagation of queries, not on the hub routers themselves.