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No it is in front of them.
a vertebrea in your neck. There are seven
There is no such thing as a clavicle vertebrae -- do you mean cervical vertebrea? Here are the common names of all three -- clavicle = collar bone. patella = knee cap. cervical vertebrae = neck.
The thoracic or "T" vertebrea count from the top down. T4 and T5 are located in the approximate middle of the thoracic region of the spine (or chest area) so t4-t5 or about between your shoulder blades. there are 12 thoracic vertebrea counting from 1 to 12, top to bottom.
Spine. VERTEBREA
The order of the vertebae in horses are as follows... Cervical, Thoracic, Lumbar, Sacral, and then the caudal (sometimes called cooygeal) Here is the numbers of vertebrea in each section... C7, T18, L6, S5, C15-21 The order of the vertebae in horses are as follows... Cervical, Thoracic, Lumbar, Sacral, and then the caudal (sometimes called cooygeal) Here is the numbers of vertebrea in each section... C7, T18, L6, S5, C15-21
A porpoise does indeed have an internal skeleton inside of them. The porpoise skeleton is anywhere from 4.6 to 6.2 feet in length and consist of rib bones, a backbone and upper vertebrea.
in the humanbody ribs and vertebrae - semi mobile joints elbow - hinged joint vertebrea - cartilagenous joints hip =ball and socket joint skull - immovable joints ballbag joints MACBETH
There are actually five characteristics that all vertebrates have in common; a vertebral column composed of multiple vertebrea (spine), a cranium (the bone that envelopes the brain), a closed circulatory system, nural crest, and a pronounced cephalization.
They have seven. A horse has 7 cervical vertebrae (neck) as do nearly all mammals, 18 thoracic vertebrae (along the longest part of the horse's back), 6 lumbar vertebrae (the general area above the horse's hips), and 5 sacral vertebrae (towards the tail (dock) area).
The lumbar vertebrae are carrying the most weight as the whole of the the thorax, head, abdomen, and upper limbs are above them. This extra weight puts more pressure on these disks increasing the risk of rupturing. The reason the IV disks in the sacral region arent at even higher risk rupturing even though they Cary even more weight? They don't exist, evolution has allowed the vertebrea of this region to fuse together.
he was a mean person who lived with mean people in a mean castle on a mean hill in a mean country in a mean continent in a mean world in a mean solar system in a mean galaxy in a mean universe in a mean dimension