Cisco 200-301 Exam Dumps, Practice Test Questions

An IP default gateway is a Layer 3 address/route decision, not a replacement for VLAN-scoped Ethernet source-MAC learning.

The learned Gi1/0/8 destination location is not rewritten from a frame that only lists that address as its destination. Source learning uses the frame sender, not the receiver.

MAC table entries are Layer 2 forwarding records; an IPv4 /32 route represents an IP prefix and cannot be formed from a MAC address.

A trunk can carry VLAN 20 but permits 802.1Q trunk behavior and is not the fixed untagged access-port mode required by the PC.

An access VLAN value does not by itself guarantee that a dynamically negotiating interface cannot become a trunk; the stated requirement requires explicit access mode.

An SVI configures a VLAN Layer 3 gateway on a capable switch, but it does not place the physical PC switchport into fixed access mode.

Changing the access VLAN to 30 would move untagged PC frames into the voice VLAN instead of retaining the intended separate data and voice roles.

A trunk native VLAN setting controls untagged frames on a trunk; it does not configure the dedicated access-port voice VLAN announcement to the phone.

An SVI obtains or owns a Layer 3 address for the switch; it does not tell the desk phone which 802.1Q voice VLAN to tag.

Assigning a Layer 2 access VLAN connects users to the correct broadcast domain; it does not create an IP gateway capable of routing to other subnets.

An allowed-VLAN list governs transit of tagged traffic across a trunk, but the campus hosts still need an operational Layer 3 gateway.

Voice VLAN tagging is used with IP phones and does not create the requested routed SVI for the existing data VLAN.

A Layer 3 route table describes installed IP forwarding destinations, not a concise database of Layer 2 VLAN names and access port membership.

This lists operational trunk links and VLAN transport states, but it does not replace a VLAN database view of ordinary access port membership.

One interface’s configuration cannot enumerate all VLAN IDs and access port assignments across the switch as requested.

An SVI can supply a routed gateway but it does not override the uplink’s VLAN admission restriction for tagged VLAN 20 frames.

A voice VLAN command is for voice-tagged devices on a user-facing access port, not for adding a VLAN to an interswitch trunk allowed list.

Changing the native VLAN affects untagged frame treatment and risks a mismatch; it does not safely add VLAN 20 to a restricted allowed list.

An SVI may provide an IP gateway for an existing VLAN, but merely configuring its L3 address is not the explicit VLAN database creation and naming operation.

Assigning an access port selects its membership and can implicitly create a VLAN on some platforms, but does not execute the mandated explicit create-and-name action.

The trunk allowed-list command filters the VLANs carried by a trunk, not the global creation and naming of a new VLAN.

A PC behind the phone ordinarily sends untagged data. Enabling a separate voice VLAN does not require the PC to tag its traffic as voice.

The access VLAN is explicitly 120, not VLAN 1, and the phone is configured for tagged voice VLAN 130 rather than untagged voice on VLAN 120.

An access switch classifies received Ethernet frames by VLAN; it need not route voice packets just to accept voice VLAN 130 frames on a phone port.

A conventional router-on-a-stick topology routes tagged VLANs through Ethernet subinterfaces, not a Catalyst switch SVI on a different device type.

An access-port command is used on supported switching ports; it does not create a router subinterface that receives 802.1Q tagged VLAN120 traffic.

Putting a single untagged gateway directly on the parent physical interface does not bind tagged VLAN 120 frames to the required routed logical interface.

The VLAN database reports VLAN existence and access members, not which trunk interfaces allow and forward VLAN 120.

An up link does not prove that VLAN 120 is on its allowed/active/forwarding trunk lists.

MAC learning may be absent for several reasons; it is not the direct trunk allowed/active VLAN report.

Trunking transports VLAN-tagged frames between switches but does not supply the VLAN 120 SVI gateway IP.

VLAN existence is Layer 2 state and does not make the switch forward between its routed interfaces.

A Layer 2 access port cannot act as the VLAN-wide routed gateway; the SVI with routing enabled is needed.