5 pounds minimum
5.77 kiloNewtons.
5-7 pounds
about 5000
7 lbs.
Alot
10pounds
40 pounds
75 pounds of succinct concentrated opposing downward pressure will break almost any human bone
168 newton this is the answer you expect but its wrong, this would be a trick question cause the angle you bring the neck to will once you hit somewhere around 45 degrees your neck become butter. its 4 pounds of pressure at the least.
The fifth bone by your pinky is the most common broken bone in your hand. That type of fracture is called a boxers fracture. It is fairly easy to break. Many people break it by punching walls or the floor. You can break it easily by punching an immovable object.
a break in the bone is the same as a fracture.
40 pounds
75 pounds of succinct concentrated opposing downward pressure will break almost any human bone
I think it has to be at least 100 or 1,000 pounds of a body or a something to lift weights. No it has to be 5-7 pounds to break any bone!
usually a lot of pressure but it depends on the bone. Example: It takes 12-16 pounds of pressure to break a knee.
Your question is a bit too broad, because it depends on what bone it is. That's not much of an answer, but if it helps any, I know that if you bend your elbow the way opposite that it is suppose to bend, it only takes 5 pounds of pressure to break it.
Generally speaking, it takes 3-7 pounds pressure across a joint, and 5-20 pounds across the length a bone to cause a fracture anywhere on a human skeleton. Some bones require more force to break, whereas others less. What is more critical is the angle of attack and location on the bone.
You can't break it actually because it is not bone.
168 newton this is the answer you expect but its wrong, this would be a trick question cause the angle you bring the neck to will once you hit somewhere around 45 degrees your neck become butter. its 4 pounds of pressure at the least.
The fingers are some of the easier bones in the human body to break. If you are looking for the amount of force that it takes, it takes roughly 8 pounds of pressure to break the bone.
Under your jaw bone, near your pressure point. Or on your right wrist, parallel to your thumb.
It's not the speed, it's a specific pressure exerted to a point of area of bone mass and measured in pounds per square inch creating variable breaking points due to stength and the resiliency tolerance of the bone.
A sprain is soft tissue damage. You cannot sprain a bone. You can sprain your thumb, just not the bone itself.