The exhibit shows the output of an OSPF router LS

— Exhibit —
OSPF database, Area 0.0.0.0
Type ID Adv Rtr Seq Age Opt Cksum Len
Router *10.0.3.4 10.0.3.4 0x8000000d 30 0x22 0x8d11 132
bits 0x0, link count 9
id 10.1.1.0, data 255.255.255.0, Type Stub (3)
Topology count: 0, Default metriC. 1
id 10.0.4.8, data 255.255.255.252, Type Stub (3)
Topology count: 0, Default metriC. 1
id 10.0.2.10, data 10.0.2.10, Type Transit (2)
Topology count: 0, Default metriC. 1
id 172.16.0.6, data 172.16.0.5, Type Transit (2)
Topology count: 0, Default metriC. 1
id 10.0.3.4, data 255.255.255.255, Type Stub (3)
Topology count: 0, Default metriC. 0
id 10.0.9.7, data 10.0.2.18, Type PointToPoint (1)
Topology count: 0, Default metriC. 65
id 10.0.2.16, data 255.255.255.252, Type Stub (3)
Topology count: 0, Default metriC. 65

id 10.0.3.3, data 10.0.2.6, Type PointToPoint (1)
Topology count: 0, Default metriC. 2
id 10.0.2.4, data 255.255.255.252, Type Stub (3)
Topology count: 0, Default metriC. 2
Topology default (ID 0)
TypE. PointToPoint, Node ID. 10.0.3.3
MetriC. 2, Bidirectional
TypE. PointToPoint, Node ID. 10.0.9.7
MetriC. 65, Bidirectional
TypE. Transit, Node ID. 172.16.0.6
MetriC. 1, Bidirectional
TypE. Transit, Node ID. 10.0.2.10
MetriC. 1, Bidirectional
— Exhibit —
Click the Exhibit button.
The exhibit shows the output of an OSPF router LSA.
Which interface ID represents the router’s loopback address?

A.
ID 10.1.1.0

B.
ID 10.0.3.4

C.
ID 10.0.3.3

D.
ID 10.0.2.4