How much does the human spine weigh?
144840
this is the best i could find. i looked everywhere on the web and found nothing. hope someone else can help more.\nhttp://www.ifafitness.com/health/loadcalc.htm
192230
approx 300lbs is what I read.
284744
ok here are my calculations\n\nthe average female is 130lbs which is tranlated into 58,967 grams the female ussally has 20 percent body fat so 11,783 grams are fat but 25 percent is bone matter (which is none consumable) so you have to take that part out as well, so you would have 32,432 gram for protien so the average human female would have 235,865 calories for some sick or starving bastered\n\nthe average male weighs 175 lbs which would tranlate into 79,378 grams but has 17 percent body fat (13,494 gram of fat)and again you would have to take out 25 percent for the bones. so you would have 46,039 grams of protein left after you take out body fat and the bone stucture.  so the average human male would have 305,590 calories for some furry woodland creatures\n\nthis is my cacualation...if it is not totally accurate i think it would be close...technically you can eat part of the bone but most people don't (you can eat the morrow)\n\nyou know something...i think i just earn my name (weirdnutcase)
1180624
normal...when i was your age i weighed about that much
69267
80 to 95 pounds. ask your doctor too he or she can tell you easily.
523787
Medically your question is wrong! For children and teenagers there're some average curves called "centiles" where following nationality, age and weight is possible to set the height or, on the contrary what height should be with a specific weight. So it's difficult to give a reasonable answer. If you just want a number, in general I'll say that if your development is in the end and you're American, the average should be around 67" x 140 lb.
986643
The normal adult human brain typically weighs between 1 and 1.5 kg (3 lb) and has an average volume of 1,600 cm³. An average male brain has approximately 4% more cells and 100 grams more brain tissue than an average female brain. However, both sexes have similar brain weight to body weight ratios [1]. The mature brain consumes some 20% of the energy used by the body, while the developing brain of an infant consumes around 60%. Such heavy energy usage generates large quantities of heat, which must be continually removed to prevent brain damage.\nAnatomical restraints prevent the human brain from getting even bigger. At birth, an infant's skull is as large as it can be without imperiling the lives of mothers and infants during childbirth. The difficulty experienced by humans in giving birth is nearly unique in the animal kingdom, requiring the head of the emerging infant to be rotated as it passes through the birth canal. Female humans have evolved large pelvic openings to accommodate the birth of large-headed offspring, but at the cost of thinning of the pelvic bones. Bones too thin can no longer bear the mother's weight or the mechanical stresses of walking and running, and a compromised ability to flee dangers may prevent the female from coming of childbearing age. Therefore, brain size and pelvic opening size can be considered an evolutionary trade-off between the ability of females to reach and survive their childbearing and child-rearing years, and their ability to bear big-brained offspring.\nThe human brain is the source of the conscious, cognitive mind. The mind is the set of cognitive processes related to perception, interpretation, imagination, and memories, of which a person may or may not be aware. Beyond cognitive functions, the brain regulates autonomic processes related to essential body functions such as respiration and heartbeat.\n\nExtended neocortical capacity allows humans some control over emotional behavior, but neural pathways between emotive centers of the brain stem and cerebral motor control areas are shorter than those connecting complex cognitive areas in the neocortex with incoming sensory information from the brain stem. Powerful emotional pathways can modulate spontaneous emotive expression regardless of attempts at cerebral self-control. Emotive stability in humans is associated with planning, experience, and an environment that is both stable and stimulating.\nThe following are some commonly held misconceptions of the mind and brain perpetuated through urban legends, mass media, and the promotion of dubious products to consumers (Sala, 1999). A number of practitioners of pseudoscience, New Age philosophies, and mystical or occult practices are known to use some of these ideas as a part of their belief systems (also see popular psychology).\n\nThe human brain is firm and grey: The fresh/living brain is actually very soft, jelly-like and deep red. They do not become firm and grey until they have been preserved with various chemicals/resins. \nHumans use only 10% or less of their brain: Even though many mysteries of brain function persist, every part of the brain has a known function. \nThis misconception most likely arose from a misunderstanding (or misrepresentation in an advertisement) of neurological research in the late 1800s or early 1900s when researchers either discovered that only about 10% of the neurons in the brain are firing at any given time or announced that they had only mapped the functions of 10% of the brain up to that time (accounts differ on this point). \nAnother possible origin of the misconception is that only 10% of the cells in the brain are neurons; the rest are glial cells that, despite being involved in learning, do not function in the same way that neurons do. \nIf all of a person's neurons began firing at once he would not become smarter, but would instead suffer a seizure. In fact, studies have shown that the brains of more intelligent people are less ac
55693
the weight of your mom
699256
I would probably say the atlas. The skull rests directly onto the atlas (the first vertebra of the cervical region), which is a relatively heavy part of the body. The thoracic region bears little weight (articulates with the ribs), the lumber region would be distributed by the pelvic girdle (pain in humans is atributed to the upright nature of the spine, not something that would probably occur to most spp.)and the caudal bones (tail bones) probably wouldnt bear any weight but their own in most spp(and muscle if the animal has a tail). It may depend, however on the species as some animals can bear their entire weight through the tail (monkey with a prehensile tail, macropods etc), but overall, I would probably say the atlas and to a degree the axis as they are constantly bearing the weight of the skull... Hope that helps!
405919
http://en.wikipedia.org/wiki/Hundred_weight
60070
Trunk bones? like ribs pelvis, spine?
1042193
A typical adult human skeleton consists of 206 bones, though a small portion of the human population have an extra bone, occurring in the form of an extra rib. But a baby is born with approximately 270. The difference comes from a number of small bones that fuse together during growth. They leave pockets of cartilage to allow more growth.
783986
1-2 lbs, depends on your resting metabolism.
866765
The human skeleton is made of individual or joined bones (such as the skull), supported and supplemented by a structure of ligaments, tendons, muscles, cartilage and other organs.\n\nThe skeleton is not unchanging; it changes composition over a lifespan. Early in gestation, a fetus has no hard skeleton; bones form gradually during nine months in the womb. At birth, all bones will have formed, but a newborn baby has more bones than an adult. On average, an adult human has 206 bones (according to Gray's Anatomy, but the number can vary slightly from individual to individual), but a baby is born with approximately 300 bones. The difference comes from a number of small bones that fuse together during growth, such as the sacrum and coccyx of the vertebral column. An infant is born with pockets of cartilage between particular bones to allow further growth. The sacrum (the bone at the base of the spine) consists of five bones which are separated at birth but fuse together into a solid structure in later years. Growing is usually completed between ages 13 and 18, at which point the bones have no pockets of cartilage left to allow more growth.\n\nNot all bones are interconnected directly. There are 6 bones, the auditory ossicles (three on each side), in the middle ear that articulate only with each other. Another bone, the hyoid bone in the neck, does not touch any other bones in the body, and is supported by muscles and ligaments; it serves as the point of attachment for the tongue.Also some of the ribs called the floating ribs only hang by muscle and are not attached to the spine.\n\nThe longest and heaviest bone in the body is the femur and the smallest is the stapes bone in the middle ear. In an adult, the skeleton comprises around 20% of the total body weight.\n\nBones of the Head\n\n    * frontal bone\n    * mandible\n    * maxilla\n    * occiptal bone\n    * parietal bone\n    * temporal bone\n    * zygomatic bone \n\nBones of the Neck and Chest\n\n    * acromion\n    * atlas\n    * cervical vertebra\n    * clavicle\n    * false rib\n    * floating rib\n    * scapula\n    * spine of scapula\n    * sternum\n    * thoracic vertebra\n    * vertibral column \n\nBones of the Abdomen\n\n    * coccyx\n    * ilium\n    * ischium\n    * lumbar vertebra\n    * sacrum\n    * vertibral column \n\nBones of the Arm\n\n    * carpus (carpals)\n    * epicondyle\n    * epitrochlea\n    * head of humerus\n    * humerus\n    * metacarpus (metacarpals)\n    * olecranon\n    * phalanx (phalanges)\n    * radius\n    * ulna \n\nBones of the Leg\n\n    * calcaneus\n    * condyle of femur\n    * femur\n    * fibula\n    * head of femur\n    * metatarsus (metatarsals)\n    * neck of femur\n    * patella\n    * phalanx (phalanges)\n    * talus\n    * tarsus (tarsals)\n    * tibia
869983
206 Bones in the human Body would be be my guess...
199793
An adult human colon should weigh around 3 to 5 pounds.
649767
Body weight may be divided into three types: bones, muscle and fat. In a healthy female of average weight, bones make up 12 percent of total body weight, muscle/lean tissue about 35 percent and body fat about 27 percent. The remaining body weight is skin, connective tissue, tendons, blood, organs and so forth.\n\nThe number of muscles in the human body varies from about 656 to 850, depending on which expert you consult. No exact figure is available because there are a variety of opinions about what constitutes a distinct muscle (versus a part of a complex muscle). Also, there is some variability in muscular structure between individuals.