Cisco 200-301 Bundle

The neighbor table shows adjacency state and neighbor identifiers on OSPF interfaces. That is not sufficient here: Passive interfaces suppress OSPF neighbor hello formation while eligible network prefixes remain advertised.

A connected route is installed for an operational interface's configured network prefix. That is not sufficient here: Passive interfaces suppress OSPF neighbor hello formation while eligible network prefixes remain advertised.

The all-zero destination and mask define the IPv4 default route via the next hop. That is not sufficient here: Passive interfaces suppress OSPF neighbor hello formation while eligible network prefixes remain advertised.

An explicitly configured 32-bit router ID has priority over automatic loopback/interface selection. That is not sufficient here: OSPF metric selects routes within OSPF, while AD selects between separate routing sources.

First-hop redundancy coordinates gateway ownership and failover for attached hosts. That is not sufficient here: OSPF metric selects routes within OSPF, while AD selects between separate routing sources.

Higher router ID wins the DR election priority tie when both are otherwise eligible. That is not sufficient here: OSPF metric selects routes within OSPF, while AD selects between separate routing sources.

The second step covers (2), but the first addresses explain why ordinary TFTP should not traverse an untrusted network. TFTP's simplicity leaves transfers exposed without a separate secure transport boundary. It leaves outcome (1) unfulfilled.

Neither step is the requested pair: Use show ip nat translations on the translating router is for verify active inside-local and inside-global address mappings, and Configure ip address dhcp on the WAN interface is for let a router obtain its WAN IPv4 address from a provider DHCP server. The NAT translation table lists original and translated addresses and ports for active entries. The proposed plan misses the two stated outcomes.

The first step covers (1), but the second addresses notify monitoring of a significant device event without waiting for a poll. SNMP notifications push device events to a management station. It leaves outcome (2) unfulfilled.

Native VLAN mismatch can place untagged traffic into different Layer 2 broadcast domains. That is not sufficient here: Discovery advertisements do not prove that an IP route exists or that remote hosts are reachable.

Each non-root switch elects one best path toward the root bridge for a spanning-tree instance. That is not sufficient here: Discovery advertisements do not prove that an IP route exists or that remote hosts are reachable.

Local-switching designs may place multiple client VLANs on the AP's wired uplink. That is not sufficient here: Discovery advertisements do not prove that an IP route exists or that remote hosts are reachable.

The summary displays the port-channel group, protocol and member flags. That is not sufficient here: Cisco default Layer 2 switchports belong to VLAN 1 until explicitly assigned otherwise.

VLAN membership creates separate Layer 2 broadcast domains even on the same physical switch. That is not sufficient here: Cisco default Layer 2 switchports belong to VLAN 1 until explicitly assigned otherwise.

Wireless QoS maps traffic classes to airtime/queuing behavior for supported workloads. That is not sufficient here: Cisco default Layer 2 switchports belong to VLAN 1 until explicitly assigned otherwise.

Not selected: Use show ip nat translations on the translating router is for verify active inside-local and inside-global address mappings. The NAT translation table lists original and translated addresses and ports for active entries. This is outside the two requested outcomes.

Not selected: Configure ip dhcp excluded-address for the reserved range is for exclude network device gateway addresses from a local IOS DHCP server pool. Exclusions prevent the IOS DHCP pool from leasing reserved router or server addresses. This does not provide either of the two specified controls.

Not selected: Classify packets using matching criteria such as DSCP or ACL is for identify a critical traffic class using header fields before queuing. QoS classification places packets into classes for later marking, queuing or policing actions. This is not one of the two required changes.

The DHCP client addresses and actual VLAN network are already correct.

Clients need a valid next hop for off-subnet traffic.

Relay is not the source of the invalid gateway option and does not replace the pool setting.

The second step covers (2), but the first addresses explain why a legacy repeater shared across several hosts has collisions. A repeater repeats bits across hosts, so overlapping transmissions contend for the same medium. It leaves outcome (1) unfulfilled.

Neither step is the requested pair: Make both link ends negotiate or explicitly agree on matching duplex is for resolve an Ethernet link showing late collisions and duplex inconsistency, and Split the /24 into eight blocks of 32 addresses is for create equal /27 subnets from a /24. A full/half duplex mismatch creates errors and poor performance even if the link stays up. The proposed plan misses the two stated outcomes.

The first step covers (1), but the second addresses diagnose rising CRC/FCS errors on one access port. Corrupt Ethernet frames commonly indicate physical media, cabling, or signaling faults. It leaves outcome (2) unfulfilled.

Neither step is the requested pair: Inspect show standby and active/standby states is for verify which Cisco router currently owns an HSRP virtual gateway, and Configure the matching OSPF area number on their shared link is for make two routers with mismatched OSPF area IDs become neighbors. Cisco HSRP status identifies the virtual IP, role, priority, and participating peers. The proposed plan misses the two stated outcomes.

The first step covers (1), but the second addresses choose a /27 destination route over a matching /24 route. Among matching prefixes, the route with the most significant matched bits wins forwarding. It leaves outcome (2) unfulfilled.

The second step covers (2), but the first addresses retain two equal-cost eligible OSPF routes for one prefix. ECMP can install several equally preferred next hops to the same exact prefix. It leaves outcome (1) unfulfilled.

The first step covers (1), but the second addresses identify one benefit of controller-based networks over traditional manual operations. A controller can translate intent into coordinated device settings across a network. It leaves outcome (2) unfulfilled.

Neither step is the requested pair: Send application/json with valid key-value object syntax is for pass JSON data to a REST API endpoint, and Use Terraform configuration and a reviewed plan/apply workflow is for provision cloud or network infrastructure from a declarative plan. JSON encodes objects and arrays in a machine-readable representation accepted by many REST APIs. The proposed plan misses the two stated outcomes.

The second step covers (2), but the first addresses interpret a successful REST resource creation response. HTTP 201 indicates a resource was created, often with a Location header. It leaves outcome (1) unfulfilled.

R3 has the same priority as its peers but router ID 10.255.0.166 is below 10.255.0.170; router ID decides a priority tie.

R1 has the same priority as its peers but router ID 10.255.0.26 is below 10.255.0.170; router ID decides a priority tie.

R2 has the same priority as its peers but router ID 10.255.0.14 is below 10.255.0.170; router ID decides a priority tie.