No, doesn't articulate with any facial bones; only articulates with temporal bones of cranium.
The metacarpals articulate proximally with the carpals. In particular, the first metacarpal articulates with the trapezium. The second articulates with the trapezium, trapezoid, and capitate. The third articulates with the capitate. The fourth articulates with the capitate and hamate. The fifth metacarpal articulates with the hamate.
There are 14 facial bones and they are: 2 x Inferior Nasal Conchae 2 x Lacrimal Bones 1 x Mandible (jaw) 2 x Maxillae (pl.); Maxilla (sing.) 2 x Nasal Bones 2 x Palatine Bones 1 x Vomer 2 x Zygomatic Bones
This is probably the pubis bones, although they articular more inferior than anterior. The ilium and ischium articulate laterally, and the ischium and pubis articulate posterially and inferiorly.
Technically more of the bones of the skull are not fused. There are two major gaps on the top of the skull: the anterior and posterior fontanelle. The are the spaces where the frontal, parietal, and occipital bones are not fused together. On the side of the head there is a sphenoidal fontanelle that indicates the separation between the parietal and sphenoidal bone. There is also a mastoid fontanelle that indicates the separation between the parietal, sphenoid and occipital bones.
Sesamoid bones are small circular bones that are embedded in a tendon and do not technically articulate with another bone. The biggest sesamoid bone in the body is the patella, also known as the knee cap. Actually its more of a trick question. the only bone that does not come in contact with any other bone in the body is the Hyoid bone. Even though the knee cap and other seasmoid bones don't technically articulate with any other bone they are still within close proximity, most often when this question is asked the answer being looked for is the Hyoid bone.
The maxilla is the keystone of the face and all other facial bones articulate with them. They form part of the lateral walls and most of the floor of the nasal cavity, part of the floor of the orbital cavities and three fourths of the roof of the mouth, or hard palate. If you break these, your face will collapse.
The skull and facial bones
The skull is actually made up of many different bones. Usually the small facial (lacrymal, ethmoid, nasal conchas) bones are the first to go because they are so fragile and easily broken. Or the mandible can be lost after the connective tissue has decomposed and there is nothing left attaching it to the rest of the skull.
The tiba articulates with the fibula an the femur at the knee joint. And at the ankle it articulates with the talus and fibula.
Bones in Your Face around the eye(s) area calledThe human face has 14 bones. these 14 bones shape you face which forms our structure.these 14 bones are called:Sepio; which is the largest, fliopitter, laddser, liphit, fadogit ;the smallest bone,diopem,magone,puket,ninniom, tenir, yougop, werrit, pokolop and fubat.the most important one is the tenir because it protects the soft tissues around our eyes.
A bone in the face that you can feel when you touch the face. The most common palpable facial bone is the zygomatic bone (the cheekbone). In most people alnost all the major bones in the face are palpable - you would need to be rather chubby not to be able to feel the bones on your face.
The metacarpals articulate proximally with the carpals. In particular, the first metacarpal articulates with the trapezium. The second articulates with the trapezium, trapezoid, and capitate. The third articulates with the capitate. The fourth articulates with the capitate and hamate. The fifth metacarpal articulates with the hamate.
There are 14 facial bones and they are: 2 x Inferior Nasal Conchae 2 x Lacrimal Bones 1 x Mandible (jaw) 2 x Maxillae (pl.); Maxilla (sing.) 2 x Nasal Bones 2 x Palatine Bones 1 x Vomer 2 x Zygomatic Bones
occipital boneocciputOccipital boneThe bone is called the occipital bone which forms most of the skulls posterior wall and base. It articulates with anteriorly with the paried parietal and temporal bones via the lambdoid and occipitomastoid stures. It also joins the sphenoid bone in the cranial floor.
More talkative and most talkative
The three auditory ossicles have slight movement (not free movement) so that they might amplify and transmit the sound vibrations from the tympanic membrane to the oval window and ultimately to the fluid environment of the inner ear.
Most bones are paired but their are plenty of exceptions: frontal bone, occipital bone, ethmoid bone, sphenoid bone, mandible, all your vertebrae to name a few.