Which two statements are characteristics of... multilayer switch?

Which two statements are characteristics of routed ports on a multilayer switch? (Choose two.)

In a switched network, they are mostly configured between switches at the core and distribution layers.
They are used for point-to-multipoint links.
They are not associated with a particular VLAN.
They support subinterfaces, like interfaces on the Cisco IOS routers.
The interface vlan <vlan number> command has to be entered to create a VLAN on routed ports.

Explanation & Hint:

The two statements that are characteristics of routed ports on a multilayer switch are:

They are not associated with a particular VLAN: Routed ports on a multilayer switch operate at Layer 3 (the network layer) and are used to route traffic between different networks. Unlike switch ports, which are associated with a specific VLAN (Layer 2), routed ports do not belong to a VLAN.
They support subinterfaces, like interfaces on the Cisco IOS routers: Routed ports on a multilayer switch can be configured with subinterfaces, similar to how router interfaces are configured. This allows for more complex routing scenarios, such as inter-VLAN routing and encapsulation methods like 802.1Q VLAN tagging.

The other statements are not accurate descriptions of routed ports on a multilayer switch:

“In a switched network, they are mostly configured between switches at the core and distribution layers” is more applicable to switch ports, not necessarily routed ports.
“They are used for point-to-multipoint links” is not a defining characteristic of routed ports.
“The interface vlan <vlan number> command has to be entered to create a VLAN on routed ports” is incorrect, as routed ports are not associated with VLANs; this command is used for creating VLAN interfaces (SVIs) for VLAN routing on switches.