A.Inspect packets for malicious activity.

B.Police traffic that is sent to the edge of the network.

C.Ensure timely data transfer between layers.

D.Provide direct connectivity for end user devices.

E.Provide uninterrupted forwarding service.

A.at least two IGP routing protocols are running on the router

B.the router has an OSPF Area 0 adjacency with the device at 10.82.4.42

C.at least three IGP routing protocols are running on the router

D.the router is learning external OSPF and EIGRP routes

E.the router has two EIGRP neighbors and one OSPF neighbor

A.routing loops, link state

B.switching loops, VTP

C.switching loops, STP

D.routing loops, distance vector

A.It load-balances Layer 2 traffic along the path by flooding traffic out all interfaces configured with the same VLAN.

B.It uses a shared virtual MAC and a virtual IP address to a group of routers that serve as the default gateway for hosts on a LAN

C.It load-balances traffic by assigning the same metric value to more than one route to the same destination m the IP routing table.

D.It forwards multiple packets to the same destination over different routed links n the data path

A.All ARP packets are dropped by the switch

B.Egress traffic is passed only if the destination is a DHCP server.

C.All ingress and egress traffic is dropped because the interface is untrusted

D.The switch discard all ingress ARP traffic with invalid MAC-to-IP address bindings.