Skeletal System

Spheniod Bone

The "socket" for the femoral head is called the acetabulum.

pretty much 100 percent-

i don't know but my dick does too.

Connective tissue is one which is rich in intercellular substance or interlacing processes with little tendency for the cells to come together in sheets or masses. Tendon and ligament are the connective tissue that connect bone to bone and muscles to bones.

Skull is solid and immobile in order to protect the brain. Thorax has to be mobile in order to do respiration. For this purpose it contracts and expands, periodically. This is not possible for solid bone combination like skull.

Chunky bones are Chunkey Pandey bones.

This could be a sinus problem, or even a sinus infection. The pressure of the sinus congestion can definitely cause this type of pain. But since there are other causes of facial pain, you need to see your doctor of sinus medications don't help relieve the pain.

The skull is very hard and therefore protects the brain from being knocked around too much.

Eosinophils are formed in red bone marrow and then migrate to tissues throughout the body. Eosinophils destroy parasitic organisms and play a major rol in allergic reactions.

You have several bones in your head that protect your brain. Together they are called the skull or cranium. All the bones of the skull (except the mandible) are firmly interlocked along structures called sutures.

Cranium is the brain case or helmet composed of eight bones including the frontal, occipital, sphenoid, and ethmoid bones, along with a pair of parietal and temporal bones.

Keeping aside reference of other craniata, the anterior bone of the human skull is called "os frontale" or the frontal bone of the skull.

You would call it a neck bone, I suppose, but the "Neck Bone" has many other bones with it. Though it is all made up as the Cervical vertebrae

Well, a skeletal muscle really has nothing to do with a skeleton, so don't listen to what that person says. Anyway, these muscles are attached to bones (either directly or by tendons). They are found all over your body, too. They are considered volintary (meaning you are capeable of moving them) even though blinking and breathing are involintary (not capeable of moving, they move by themselves) . Skeletal muscles are striated (a cool scientific word for "striped"). Skeletal muscle always work in pairs (one flexor and one extensor). A flexor bends the joint and the extensor straightens it. Skeletal muscles move bones by pulling on the bones. Keep in mind that THEY DO NOT PUSH!!!! So, uh, that's it. Really that's all I can do to answer your question, so, good luck with whatever you needed the information for.

if the spine consists of a long bone we cudent bend our back

No

Condyle

A diarthrosis joint is actually very mobile. Diarthrosis is a category that encompasses gliding, hinge, pivot, condyloid, ball and socket, and saddle joints.

Cartilage is present in the bridge of nose.

If we didn't have a skeletal system we would be a blob on the ground. If we didn't have bones well basically the same thing but also we wouldn't be able to produce blood or marrow.<----- (important) We also need tendons and ligaments so our muscles stay attached to our bones (another reason why we need bones) and allow smoother movement.

• capitulum
• condyle
• crest
• epicondyle
• facet
• foramen
• fossa
• groove
• head
• line
• malleolus
• meatus
• notch
• protuberance
• spine
• trochanter
• trochlea
• tubercle
• tuberosity

The fibula is the smaler of the two bones located in the lower legs (the other is the tibia). Its main function is to provide a location for muscle attachment. Even though the fibula is not the weight-bearing bone of the legs, it lends support to the tibia, making us human more stable. It also offers us a wide range of maneuverability (running, jumping, climbing, stabilizing).

No, they are more pliable when you are younger; when you're older they're more brittle. However children often engage in riskier behavior (climbing, jumping fro unsafe heights, etc.) resulting in falls and similar accidents. This causes more frequent bone breaks.