(a)   It maps a single private IP address to a single public IP address.

(a)   It maps a private IP address to a public IP address from a pool of addresses.

(a)   It maps multiple private IP addresses to a single public IP address or a few public IP addresses by using different port numbers.

(a)   It is a technique used in IP network design that allows the creation of subnets of different sizes from the same network address.

(a)   These are sets of rules used by routers to determine the best path for forwarding packets across a network.

(a)   These protocols know the entire network topology. They calculate the shortest path to each destination using algorithms like Dijkstra's algorithm.

(a)   These protocols maintain the path information that gets updated as the packet traverses from one autonomous system (AS) to another.

(a)   These protocols calculate the best path to a destination based on the distance (number of hops) and direction (vector) to reach the destination.

(a)   These protocols combine features of both distance vector and link-state protocols.

(a)   routing protocol that has a maximum of 15 hops, suitable for small networks.

(a)   is the most prevalent link-state routing protocol. It is also the most common protocol that routers use to determine the optimal path to forward traffic.

(a)   distance-vector protocol, predecessor to EIGRP.

• (a)   a manual method where routes are manually entered into the routing table.

(a)   is a process in computer networking where routing information is exchanged between different routing protocols.

The router uses (a)   to determine which route to install in the routing table when it receives the same route from different protocols.

MTU stands for (a)  

An (a)   is configured with an IP address and mask, this corresponding subnet is considered a connected route.

A (a)   is configured with only an outgoing interface, and not an IP next-hop, this is also considered a connected route.

When redistributing routes, the (a)   (cost of the route) may need to be adjusted to ensure that the redistributed route is treated correctly by the receiving protocol.