what is the major structures in the cervical and femoral triangles?
397124
You're really asking a lot here.  The "cervical" triangle can refer to a lot of things.  The most obvious triangles are the anterior and posterior ones.  Anterior bounded by midline of neck, sternocleidomastoid m., and mandible.  Carotid a. and internal jugular v. pass through here.  Posterior bounded by sternocleidomastoid m., clavicle, and trapezius m.  Brachial plexus passes through here.  Both the anterior and posterior triangles can be sub-divided into smaller triangles--I'll list them, but I won't detail them.  Anterior can be divided into muscular, carotid, submandibular, and submental triangles.  Posterior can be divided into occipital and omoclavicular triangles.\n\nFemoral triangle is bounded by the inguinal ligament, sartorius m., and adductor longus m.  Femoral n., a., and v. pass through here.\n\nAbbreviations I used:\na. = artery\nv. = vein\nn. = nerve\nm. = muscle
532010
cervix and birth canal
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The hip, also known as coxo-femural articulation.\nThe head of the femure inserts itself horizontally in the acetable of the pelvic bone. The pelvis is the fusion of three bones: ischium, pelvis and ileum. it inserts itself in the sacrum, which is constituted of 5 sacreal vertebrae.\n\nI used the Latin words because I don't know the English ones.
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the femur in our thigh. the bone marrow there makes many white blood cells too.
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There is no F.  The vertebrae are divided into C (cervical), T (thorax), L (lumbar), S (sacral) and O (coccyx)
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Ball and socket -Arm and shoulder\nPivotal joint-neck and head\nHinge joint-toes \nGliding joints-between vertebrae\nSutures- joints in the skull bones
664381
Head, thorax, abdomen. If you are in med school, this might not be the best place to get the answer.
341450
found this at the site below:\n\nMy only suggeston is start from the heart and work through ascending aorta, carotid and brachial arteries, descending aorta and its branches namely superior, middle and inferior gastrointestinal arteries, renal arteries, uterine areteries and iliac arteries and their branches the femoral arteries. For veins, start with heart and do superior vena cava and its tributaries the cerebral and arm veins and the lymphatic duct, then inferior vena cava and its tributaries the portal and hepatic veins, the renal veins, the gastrointestinal veins, the uterene veins and the femoral veins with their tributaries the superficial and deep saphenous veins. \n\nDavid Richardson
193826
General Information\nThe hip is the largest joint in the body and one of its most stable. Due to this stability, the hip is rarely a source of problems while growing up (except for developmental problems such as DDH). Problems during the growing years occur following major injuries such as car accidents or falls from heights. In later years, the hip is one of the primary locations for arthritis, which often results in total hip replacement. \n\nThe hip is a ball and socket joint similar to the shoulder. The femoral head forms a ball that sits deep within the socket know as the acetabulum. The acetabulum is a part of the pelvis and in normal circumstances covers more than one-half of the femoral head. The joint is stabilized not only by the bony architecture but also by a series of stout ligaments, the muscles that cross the joint, and a labrum that is connected to the rim of the acetabulum. \n\nAside from arthritis, hip problems occur as a result of muscle strains, hip bursitis, and tears of the labrum. Muscle strains (groin pulls) are often debilitating and require lengthy rehab time only to recur regularly. Hip bursitis is the inflammation within a bursa on the outside or lateral aspect of the hip. This is often associated with patellofemoral problems (kneecap), and both are caused by a tight iliotibial band (ITB). Stretching and rest usually are sufficient to resolve the discomfort. \n\nLabral tears are increasingly being diagnosed. Physical exam techniques and the improvement in MRI techniques have helped to diagnose this problem. Once diagnosed, if it is symptomatic enough, surgical repair or excision through an arthroscopic procedure is often necessary.\n\nOrthopaedic Injuries\n\nLabral Tear\nThe labrum of the hip is the fibrous cartilage (similar to the meniscus in the knee) that runs around the bony rim of the acetablum (the hip socket). The labrum deepens the socket adding stability to the hip joint as well as cushioning the joint itself. \n\nCauses\nThe cause of a labral tear may be degenerative or traumatic. Degenerative tears occur after years of repetitive minor injuries and are usually associated with arthritis of the hip. Traumatic injuries can occur with any sporting activity that causes rapid hip motion especially associated with sudden stops and turns on the field, mats, or court. Occasionally, a traumatic injury that causes a labral tear is somewhat trivial and is forgotten by the time of the diagnosis. \n\nSymptoms\n\nPain (usually located on the inner hip, or groin area) \nA “catching” sensation within the joint \nLittle-to-no-pain during normal daily activities \nFrequently Asked Questions\nHip Arthroscopy and Labral Tear\n\nTreatment\nThe treatment of a hip labral tear is symptom driven. Long term sequelae of labral tears is not known though it is assumed they can lead to arthritic progression. \n\nNon-operative\nA course of physical therapy may be initiated along with activity modification.\n\nAlternative Treatment Options\n\nGlucosamine \nHyaluronic Acid \nNon-steroidal Anti-inflammatory Medications (NSAIDs) \nOperative\nA surgical repair or excision through an arthroscopic procedure is the usual intervention for this orthopaedic injury when symptoms do not allow a continuation of desired athletic activities. The procedure is done on an out-patient basis and full recovery normally occurs by eight to 12 weeks.\n\nWhen I researched labral tears causing osteoarthritis, it sounds more like osteoarthritis can cause labral tears.  See the second link....actually the third link might support your position.....
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There are also the cuboid bone, the navicular bone, and the talus.
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ribs, feet, back of legs
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The three major fascial layers in the neck contribute to the carotid sheath: the investing fascia, the pretracheal fascia, and the prevertebral fascia.
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Cervical vertebrae (Vertebrae cervicales) are the smallest of the true vertebrae, and can be readily distinguished from those of the thoracic or lumbar regions by the presence of a foramen (hole) in each transverse process. The first, second, and seventh cervical vertebrae present exceptional features and must be separately described, though the other four have common characteristics.\n\nhttp://www.answers.com/CERVICAL%20SPINE
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That would be the coccyx (bone).  The socket for the head of the femur in this bone is called the acetabulum
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a right angled isosceles triangle\n\nplease give me 10 points now
442626
The femur is the large bone in the thigh that connects up to the ball and socket joint in the pelvis.  A femoral neck fracture is commonly known as a broken hip.  The fracture is usually dislocated and usually requires a complete hip replacement where the entire ball is replaced with a prosthesis.  There is a new surgery that uses a smaller incision and has a shorter recovery.  Best of luck!
219885
triangle- 3side\nquadrilateral- 4side\npentagon- 5side\nhexagon- 6side\nheptagon- 7side\noctagon- 8side\nnonagon- 9side\ndecagon- 10side\ndodecagon- 12side\nicosagon- 20side