What are three valid reasons to assign ports to VLANs on a switch? (Choose three.)

VTP propagates VLAN configuration between switches across trunk links, but assigning individual ports to VLANs does not simplify or affect VTP implementation - the two operations are independent.

Each VLAN forms a separate broadcast domain, so broadcast traffic generated within one VLAN is not forwarded to other VLANs, reducing unnecessary traffic and improving overall network performance.

Switches already eliminate collision domains on a per-port basis at Layer 2; VLANs further segment broadcast domains but have no bearing on collision domain size.

VLANs are a logical segmentation technology and do not provision additional physical ports or increase the number of devices that can physically attach to the switch.

VLANs allow administrators to group users or devices by department, role, or function regardless of their physical switch port location, enabling flexible and logical network organization.

By isolating groups of users into separate VLANs, administrators can enforce access control policies that prevent unauthorized users in one VLAN from accessing resources or traffic in another VLAN, strengthening network security.