Refer to the exhibit. An engineer has started to configure replacement switch SW1. To verify part of the configuration, the engineer issued the commands as shown and noticed that the entry for PC2 is missing. Which change must be applied to SW1 so that PC1 and PC2 communicate normally?
In the given scenario, both PC1 and PC2 are in VLAN 2. The configuration on interface FastEthernet0/2 currently has it as a trunk port, allowing VLAN 3, but there is no indication that VLAN 3 is being used. The correct approach is to match the configuration of FastEthernet0/2 with that of FastEthernet0/1 to have it operate in access mode for VLAN 2. Therefore, the appropriate change is to configure FastEthernet0/2 as an access port for VLAN 2, similar to FastEthernet0/1. This is achieved by removing it from trunk mode and configuring it as an access port.
Answer C access port – a port that can be assigned to a single VLAN. This type of interface is configured on switch ports that are connected to end devices such as workstations, printers, or access points. trunk port – a port that is connected to another switch. This type of interface can carry traffic of multiple VLANs, thus enabling you to extend VLANs across your entire network. Frames are tagged by assigning a VLAN ID to each frame as they traverse between switches. https://study-ccna.com/access-and-trunk-ports/
But where vlan3 comes what is relation with this question?
11 months late, but for anybody else wondering, VLAN3 was configured as shown in the run config, though there is no VLAN 3 connected to the interface.
C is correct there’s no need to use trunk ports due the fact they are all in the same vlan and c just removes all the trunking commands and adds the last access port one
C is correct
C is correct