A.

When the level of broadcasts has reached 62.5% of total traffic, the multicasts will be limited to 3,000 packets per second (pps) and unicast traffic will be limited to 50 Mbps.

B.

Broadcast traffic will be allowed up to 62.5% of total bandwidth on the interface. When this is exceeded, frames will be discarded until the broadcast traffic falls back below that level.

C.

Multicast traffic will be discarded above 3,000 packets per second (pps) on this port, and will only start being forwarded again after it has fallen below the 2,000 pps lower threshold.

D.

Unicast traffic will be discarded above 50 Mbps on this port, and will only start being forwarded again after it has fallen below the 25 Mbps lower threshold.

E.

A shutdown notification message will be sent to the SNMP NMS when all of the three configured thresholds (broadcast, multicast, and unicast) have been reached.

A.

BPDU guard is enabled, ensuring that the switch will refuse BPDUs on this port.

B.

Root guard is enabled, ensuring that the switch will refuse root bridge BPDUs that have a superior Bridge ID (BID) to the current root bridge.

C.

The port immediately transitions to a forwarding state when a link is established, bypassing spanning tree blocking mode.

D.

The assumption is that there is no possibility of topological loops on this port as this command will prevent the root bridge from blocking on this port.

E.

None of the above.

A.

Enter the errdisable recovery cause psecure-violation command in global configuration.

B.

Enter the recover-lockout enable command in global configuration.

C.

Enter the shutdown and no shutdown commands in order in interface configuration mode on the affected port.

D.

Enter the no port-shutdown sticky-learn command in interface configuration mode on the affected port.

E.

None of the above.