hardest bone in human body?
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Using the search engine Google (http://www.google.com ), I typed in the search "hardest bone" AND "human body" (you have to type it like that in the box in order to get the best results ), and I found some good links.\n\n1 ) Images with Temporal Bone\nhttp://www.med.uiuc.edu/histo/small/atlas/objects/\n92.htm\n\nThis site will give you a quick answer and some pictures of the inner ear (I bet you didn't know the ear is somehow related to the hardest bone in the body! ) For more information about this bone, look at the next link:\n\n2 ) The Temporal Bone\nhttp://www.tbregistry.org/body/tempbone.htm\n\nRead about THE PROTECTIVE TEMPORAL BONE and WHAT IS THE TEMPORAL BONE for more information about the hardest bone in your body. You will also find a picture of this bone.\n\n3 ) The Inner Ear\nhttp://www.bernafon.com/eprise/main/Bernafon/\ncom/SEC_AboutHearing/HowTheEarWorks/CNT02_InnerEar\n\nThis site will give you the relationship between the hardest bone in the body and the ear. Read about the CHOCHLEA on this page.\n\n4 ) The Eskeletons Project\nhttp://www.eskeletons.org/\n\nThis site will tell you more about the Temporal bone. When you get to this page, click on THE HUMAN SKELETON link on the left side of the page. This will bring you to a diagram of a human skeleton. Select the Temporal bone from the pull down box labeled SKULL, then hit the LAUNCH BONE VIEWER button. This will bring you to a page with a picture of the Temporal bone. Click on the word MORPHOLOGY to see the different parts of the bone.\n\n\nI hope these sites are useful. To find more web pages about the Temporal bone, search "Temporal Bone" at Google.\nYour local library is sure to have more information about the temporal bone and the skeletal system too, so don't be afraid to ask a librarian!
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If you're talking human body, it's the Gluteus maximus.\nA bird... the breast/pectoralis muscle... but I'm assuming you meant humans.  ;)
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A typical adult human skeleton consists of the following 206 bones.\nIn the skull (22):\n\nCranial bones: \n1. frontal bone \n2. parietal bone (2) \n3. temporal bone (2) \n4. occipital bone \nsphenoid bone \nethmoid bone \nFacial bones: \n5. zygomatic bone (2) \n6. superior and inferior maxilla \n9. nasal bone (2) \n7. mandible \npalatine bone (2) \nlacrimal bone (2) \nvomer bone \ninferior nasal conchae (2) \nIn the middle ears (6):\n\nmalleus (2) \nincus (2) \nstapes (2) \nIn the throat (1):\n\nhyoid bone \nIn the shoulder girdle (4):\n\n25. clavicle or collarbone (2) \n29. scapula or shoulder blade (2) \nIn the thorax (25):\n\n10. sternum \n28. ribs (2 x 12) \nIn the vertebral column (24):\n\n8. cervical vertebrae (7) incl. atlas & axis \n14. lumbar vertebrae (5) \nthoracic vertebrae (12) \nIn the arms (6):\n\n11. humerus (2) \n26. condyles of humerus \n12. ulna (2) \n13. radius (2) \n27. head of radius \nIn the hands (54):\n\nWrist (carpal) bones: \nscaphoid bone (2) \nlunate bone (2) \ntriquetrum bone (2) \npisiform bone (2) \nTrapezium (bone) (2) \ntrapezoid bone (2) \ncapitate bone (2) \nhamate bone (2) \nPalm or metacarpal bones: \nmetacarpal bones (5 × 2) \nFinger bones or phalanges: \nproximal phalanges (5 × 2) \nintermediate phalanges (4 × 2) \ndistal phalanges (5 × 2) \nIn the pelvis (4):\n\n15. ossa coxa (hip bones or innominate bones) (2) \n16. sacrum \ncoccyx \nIn the legs (8):\n\n17. femur (2) \n22. greater trochanter of femur \n23. condyles of femur \n19. patella (2) \n20. tibia (2) \n21. fibula (2) \nIn the feet (52):\n\nAnkle (tarsal) bones: \ncalcaneus (heel bone) (2) \ntalus (2) \nnavicular bone (2) \nmedial cuneiform bone (2) \nintermediate cuneiform bone (2) \nlateral cuneiform bone (2) \ncuboidal bone (2) \nInstep bones: \nmetatarsal bone (5 × 2) \nToe bones: \nproximal phalanges (5 × 2) \nintermediate phalanges (4 × 2) \ndistal phalanges (5 × 2) \nThe infant skeleton has the following bones in addition to those above:\n\nsacral vertebrae (4 or 5), which fuse in adults to form the sacrum \ncoccygeal vertebrae (3 to 5), which fuse in adults to form the coccyx \nilium, ischium and pubis, which fuse in adults to form the pelvic girdle
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Smallest bone is the Anvil it's in the ear, and the largest bone is the Femur
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styrofoam i guess. \nlose three fingers?....ouch-ouch and ouch.
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an arm or leg?6weeks.im sick of answering questions just pick mine as the best answer,2 points anyway
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The tiniest bone in the human body is the stirrup which is located in the inner ear.
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From joints or bone?\nSee a physician.  This is not a do it yourself project.
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Bone is a relatively hard and lightweight composite material, formed mostly of calcium phosphate in the chemical arrangement termed calcium hydroxyapatite. It has relatively high compressive strength but poor tensile strength. While bone is essentially brittle, it does have a degree of significant elasticity contributed by its organic components (chiefly collagen). Bone has an internal mesh-like structure, the density of which may vary at different points.
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The Femur bone, the longest single bone in the body, is connected to the hip bone or the pelvic girdle by a ball and socket joint.
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bone...got a problem with  someone
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Femur is the name given to thigh bone. In human skeleton it extends from the hip joint to the knee joint. It is the longest single bone in the human skeleton.\n \nBone marrow = Many long bones, including the one above mentioned, have a cylindrical cavity at the center . This cavity is filled with very soft, butter like or pulpy matter. this matter is the bone marrow. \n\nRed blood cells are constantly formed in the bone marrow.
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Right arm in 3 places.\n\nRight ankle.\n\nNose twice.\n\nToe next to the pinkie toe on my left foot, at least 4 times.\n\n4 fingers (minus thumb) on my right hand.\n\nCracked skull.\n\nTailbone.  This one hurt the worst.
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Try this website:\n\nhttp://www.theboneman.com/bonebuilding.html
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Bone  is consisted of organic and inorganic parts and has low module of elasticity consequently it is so brittle and  could break down with different kinds of impacts. some materials like Titanium Alloys and Nickel-Cobalt Alloys have outstanding characteristics for bone substituting. these materials show good corrosion resistant and strength in human body .these materials are called bone implants.
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There is no "the" compact bone.\n\nCompact bone is a TYPE of hard, dense bone, found in main shaft of long bones and outer layer of other bones.
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the femur in our thigh. the bone marrow there makes many white blood cells too.