The femur is the strongest and thickest bone in the body. It can take about 600 LBS of vertical force before it breaks. That pretty much means that if you set it up so it was horizontal, with a space in between the things holding it up, and put 600 pounds on it, it would snap. That's strong.
I'm not sure but i know that on mythbusters they found that a human humerus can withstand about 625lb.(that is when it snaps you'll be in a lot of pain before that weigh is reached, with your arm bending and such) So since the femur is bigger than that its most likely more.
About 1200 pounds of force until it snaps and breaks.
The "normal" femur can withstand 10 to 15 times the body weight without breaking.
255 pounds
2 tons
The femur :)
It depends how hard you pound. The harder you pound, the fewer times you have to do it before the femur breaks. And it also depends on how strong the femur is, and what area you spread the pound over. Different peoples femurs have different strengths.
The thighbone's scientific name is the femur.
The thigh bone is called as femur. It is the architectural marvel.
10-15
A femur bone can withstand roughly 4000 N of force.
The femur (bone in upper leg) can take the most pressure before breaking.
2 tons
Bone has a Young's modulus of about 18 x 109 Pa. Under compression, it can withstand a stress of about 160 x 106 Pa before breaking. Assume that the femur is 0.5 m long and calculate the amount of compression this bone can withstand without breaking. aB = Y EB = Y (deltaL / Lo) deltaL = (aB / Y) Lo here aB = 160 × 106 Pa; Y = 18 × 109 Pa deltaL = (160 × 106 Pa / 18 × 109 Pa) 0.5 m = 4.3 × 10-3 m = 4.3 mm
The Esttionfachinist Medui is the strongest and heavist bone is in your body, and is located in the upper ear cavity, and it often is the cause of a loud clicking sound when you twist the upper bone in your ear.
Steel rod can be stay inside your femur till end of your life unless you face any accident repeatedly, because I have rod in my leg after breaking of femur since 17 years and I don't feel any incomfortability.
No, I believe breaking a femur would be much worse pain than merely cracking it. But yes, it does hurt.
It depends on the bone. The femur (thigh bone) is much stringer than other bones.
Depends on the bone. Heavy bones like the femur are extremely resistant to breaking, as is the skull. Smaller bones tend to be jointed in a way that lets them flex away from breaking forces. To actually put a number to this belongs more in the realm of the clinical laboratory, as the answer is always going to be somewhat abstract. I can take a section of femur (in the lab), deliver measured vertical force until it fractures, and all I've discovered is what would happen to someone who was attentive enough to fall in an exact vertical plane, and remain in that position as impact settled in. Not real-world at all. That said, some bones bear internal pressures of up to a ton or more. Spines bear a huge amount of shearing stress and concentrated/angualr weight.
During crash tests and safety checks they test to see how much pressure the femur can hold before it fractures. I think they said that it can hold up to 500lbs of pressure before it fractures. Therefore, if your car says that it has a femur load of 244lbs for example, then that is how much pressure will likely to be applied to your femur during a certain pertaining crash.
The femur :)