Cisco 200-301 Bundle

Not selected: Run ip route get with the destination IP is for check the selected route to a destination on Linux. Linux route lookup reveals the chosen outgoing interface and gateway for that address. This is outside the two requested outcomes.

Not selected: Inspect physical cabling, transceivers, and interface counters is for diagnose rising CRC/FCS errors on one access port. Corrupt Ethernet frames commonly indicate physical media, cabling, or signaling faults. This is not one of the two required changes.

Not selected: Run ipconfig /all on the Windows client is for see IPv4 address, mask, gateway and DNS on Windows. Windows ipconfig /all displays detailed TCP/IP adapter configuration. This does not provide either of the two specified controls.

This choice does not follow the observed LACP/port-channel state and would not correct the specified condition.

That explanation does not distinguish this option. “Expect LACP to create a new physical uplink after the failure” is an alternative action, but it does not by itself establish the outcome required in this case.

That explanation does not distinguish this option. “Expect the remaining member to become an OSPF DR automatically” is an alternative action, but it does not by itself establish the outcome required in this case.

The second step covers (2), but the first addresses interpret an interface that is administratively down. Administratively down indicates a configuration state rather than proof of failed physical media. It leaves outcome (1) unfulfilled.

Neither step is the requested pair: Use a hypervisor hosting separate virtual machines is for run isolated guest operating systems on shared physical hardware, and Inspect physical cabling, transceivers, and interface counters is for diagnose rising CRC/FCS errors on one access port. Server virtualization separates VM operating systems while sharing physical CPU and memory. The proposed plan misses the two stated outcomes.

The first step covers (1), but the second addresses distinguish a public-scope IPv6 unicast destination. IPv6 global unicast ranges provide global routing scope subject to assigned prefixes and filters. It leaves outcome (2) unfulfilled.

The first step covers (1), but the second addresses derive an IPv6 subnet prefix from a /48 allocation for a single LAN. A /48 leaves 16 subnet ID bits for up to 65,536 conventional /64 networks. It leaves outcome (2) unfulfilled.

The second step covers (2), but the first addresses handle an unknown unicast destination received on one VLAN. Unknown unicast flooding is confined to the VLAN because the switch lacks a destination entry. It leaves outcome (1) unfulfilled.

Neither step is the requested pair: Use TCP with a connection-oriented transport session is for require guaranteed in-order delivery with acknowledgments for a file transfer, and Use UDP with an application-appropriate real-time protocol is for send brief time-sensitive voice media without waiting for retransmissions. TCP provides sequencing, retransmission and flow control that UDP does not guarantee. The proposed plan misses the two stated outcomes.

Shaping delays packets to meet an average rate rather than immediately dropping all excess. That is not sufficient here: A DHCP client interface requests leased IP parameters instead of using a fixed static address.

Dynamic NAT allocates eligible public addresses from a configured pool to matching inside hosts. That is not sufficient here: A DHCP client interface requests leased IP parameters instead of using a fixed static address.

Syslog severity values run from 0 Emergency to 7 Debugging. That is not sufficient here: A DHCP client interface requests leased IP parameters instead of using a fixed static address.

UDP sends datagrams without TCP-style acknowledgments, sequencing or congestion recovery. That is not sufficient here: Corrupt Ethernet frames commonly indicate physical media, cabling, or signaling faults.

Cloud resources are operated on provider infrastructure rather than on premises. That is not sufficient here: Corrupt Ethernet frames commonly indicate physical media, cabling, or signaling faults.

Each switched uplink can operate as a dedicated full-duplex link rather than a shared collision segment. That is not sufficient here: Corrupt Ethernet frames commonly indicate physical media, cabling, or signaling faults.

Neither step is the requested pair: Use a suitable /30 traditional point-to-point subnet is for allocate a point-to-point routed IPv4 link using two usable host addresses, and Run ip route get with the destination IP is for check the selected route to a destination on Linux. A /30 contains four total addresses and two ordinarily usable interface addresses. The proposed plan misses the two stated outcomes.

The first step covers (1), but the second addresses explain why a strong received signal can still produce poor WLAN throughput. RF quality and contention affect effective throughput beyond signal strength alone. It leaves outcome (2) unfulfilled.

The second step covers (2), but the first addresses see IPv4 address, mask, gateway and DNS on Windows. Windows ipconfig /all displays detailed TCP/IP adapter configuration. It leaves outcome (1) unfulfilled.

The second step covers (2), but the first addresses distinguish a directed broadcast from an ordinary host IP. The all-ones host portion represents the subnet-directed broadcast in ordinary IPv4 subnets. It leaves outcome (1) unfulfilled.

The first step covers (1), but the second addresses select a medium immune to electromagnetic interference in an industrial plant. Optical signaling is not affected by electrical EMI in the way copper signaling can be. It leaves outcome (2) unfulfilled.

Neither step is the requested pair: Investigate collisions and faulty transmission or cabling is for identify a surge of runts on a shared half-duplex Ethernet link, and Keep tenant interfaces and route entries in isolated VRFs is for avoid importing a route automatically between customer tenant routing tables. Frames shorter than the Ethernet minimum can arise from collision-related fragments or media defects. The proposed plan misses the two stated outcomes.

The feature is specifically meant to prevent the protected port from becoming a root port on receipt of superior BPDUs.

A root-inconsistent port does not forward traffic while superior root advertisements continue.

Root guard alters STP port state, not VLAN database membership; the port can recover automatically.

A repeater repeats bits across hosts, so overlapping transmissions contend for the same medium. That is not sufficient here: TCP provides sequencing, retransmission and flow control that UDP does not guarantee.

Separate tiers scale policy aggregation and fast backbone transport independently. That is not sufficient here: TCP provides sequencing, retransmission and flow control that UDP does not guarantee.

A server offers shared application services while endpoint hosts initiate requests. That is not sufficient here: TCP provides sequencing, retransmission and flow control that UDP does not guarantee.

Not selected: Use a controller to maintain centralized policy and abstract device configuration is for contrast manually configured per-device control logic with controller-based management. Controller-managed networking can coordinate policy across devices instead of requiring each device configured separately. This is not one of the two required changes.

Not selected: Use anomaly detection with representative training or baseline data is for detect anomalous device behavior from a baseline of normal traffic. Anomaly detection identifies departures from learned normal patterns for investigation. This does not provide either of the two specified controls.

Not selected: Use HTTP PUT where the API defines replacement semantics is for replace an entire resource representation through a REST endpoint. PUT generally supplies a complete new representation of a target resource. This is outside the two requested outcomes.