The atlas articulates with the axis. The atlas is the first cervical vertebra and articulates with the skull superiorly, and the axis (the second cervical vertebra) inferiorly. The joint between the atlas and axis, dubbed the atlanto-axial joint, is responsible for the increased range of motion of the skull (turning your head left/right, and nodding up/down).
The order of the atlas and axis can be remembered because, beginning from the skull, these two cervical vertebrae are in alphabetical order (aTlas then aXis).
Occipital condyles
occipital bone
The Hyoid bone does not have any articulations. It is commonly described as a gyroscope. It is held in place by the suprahyoid and infrahyoid musculature. It has a deep relationship with the Atlas however does not articulate directly with it.
The occipital condyles are oval-shaped structures on the occipital bone that articulate with the superior facets of the atlas (C1 vertebrae). This joint, called the atlanto-occipital joint, allows for flexion and extension of the head.
The carpals articulate distally with the ulna. The carpals are also known as the wrist bones.
No, most facial bones do not articulate with the mandible. The mandible primarily articulates with the temporal bones at the temporomandibular joint, while the rest of the facial bones are connected by sutures and ligaments.
zyomatic
The ribs articulate with the thoracic vertebrae.
The cervical and lumbar vertebrae do not articulate with the ribs. The thoracic vertebrae are the only ones that articulate with the ribs.
Temporal
"Metacarpal" refers to a set of bones in your hands. It is the term for the bones that make up your knuckles. Known collectively as the metacarpus, the bones run from the base of the wrist, where they articulate with the carpals (wrist bones), to the base of each finger, where they articulate with the phalanges (finger bones).
They articulate with all facial bones except the mandible.