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 amount of pressure required to break a tibia bone can vary depending on several factors, such as the individual's age, bone density, and the direction and force of the impact. In general, a significant amount of force is needed to break the tibia, such as from a high-energy impact like a car accident or a fall from a height.
It varies depending on the bone and the direction of force. On average, it takes about 4,000 Newtons (around 900 pounds) of force to break a human foot bone. However, this value can be higher or lower depending on factors such as the individual's bone density and the angle of impact.
hey people! easy answer- just press it really hardtowards your palm with you other hand. Then, CRACK! Instant relief. I want to just assure you that pushing your thumb down will be somewhat painful. :D
Yes, it is possible to break an ankle while landing a cartwheel, especially if the landing is off-balance or if the ankle twists awkwardly upon impact. It is important to have proper technique and strength to avoid injury while performing gymnastics-related activities like cartwheels.
"depends on thee bone. Copperhead_51 " That's wrong. As long as there would be no gas in something, the thing cannot break under any kind of pressure (unless you have pressure equivalent to a sun or blackhole). At some pressure, chemicals can start to break down, but your bones would still not break.
fibula tibula
The amount of pressure required to break a tibia bone can vary depending on several factors, such as the individual's age, bone density, and the direction and force of the impact. In general, a significant amount of force is needed to break the tibia, such as from a high-energy impact like a car accident or a fall from a height.
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.
Bones can withstand a considerable amount of pressure. On average, bones can withstand compressive forces of around 180 Mpa (megapascals) to 230 Mpa. However, this can vary depending on the type of bone and the direction of the force applied.
It varies depending on the bone and the direction of force. On average, it takes about 4,000 Newtons (around 900 pounds) of force to break a human foot bone. However, this value can be higher or lower depending on factors such as the individual's bone density and the angle of impact.
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.
When you apply too much pressure for it to handle, your bone might break. I'd recommend NOT doing that to see if it's true, because it is! Ok? When it breaks, it can either do something like pop the joint, which is the normal not-so-bad-but-painful type, or it actually snaps in the middle of the bone, which can be very bad.
hey people! easy answer- just press it really hardtowards your palm with you other hand. Then, CRACK! Instant relief. I want to just assure you that pushing your thumb down will be somewhat painful. :D
The windpipe can withstand pressures of up to 60-70 mmHg before it is at risk of damage or collapse. However, any sudden increase in pressure beyond this range can lead to serious injury or even fracture.
This depends on the bone; to break a finger generally doesn't take much force, but your femur or your thigh bone is harder than cement!
Yes, it is possible to break an ankle while landing a cartwheel, especially if the landing is off-balance or if the ankle twists awkwardly upon impact. It is important to have proper technique and strength to avoid injury while performing gymnastics-related activities like cartwheels.
Enough to break a bone easily!