The force required to break a 2 by 4 foam board will depend on the specific type of foam and its thickness. Generally, foam boards are designed to be lightweight and easy to break, so it may not require a significant amount of force. However, it would be difficult to provide an exact measurement without knowing the specific material properties of the foam board.
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!
a bit of force, not allot of force.
550 lbs. of pressure
The amount of force required to break a rock depends on its composition, size, and density. It typically takes a significant amount of force, such as that generated by machinery or explosives, to break a rock.
u=0 , a=9.81 , s=0.78 V=u+at; s=ut+1/2at^2; t=0.4s , v=3.9m/s when the mass makes contact with the board. k.e.=1/2mv^2 ~ 15J Im not sure about the force but you would need to assume the time the energy was applied to the board maybe??
The amount of force required to break a crowbar can vary depending on factors such as the material of the crowbar and how it is being used. Typically, a crowbar is designed to withstand significant force and is difficult to break with just human strength. It may require a hydraulic or mechanical device to break a crowbar.
The force required to break the cheekbone varies depending on factors such as the angle and direction of the force applied, the strength of the bone, and the overall health of the individual. Generally, a significant amount of force is needed to fracture the cheekbone due to its position and structure.
2 secs
To break the maxilla you would have to have at least 15 pounds dropped at about 5 feet. The weight and force put together would easily break the maxilla
The amount of force required to break an arm can vary significantly depending on factors such as the angle of impact, the strength of the bone, and the age of the individual. Generally speaking, it can take anywhere from 3,000 to 12,000 newtons of force to break a human arm bone. This force can be generated through various means such as a fall, a direct blow, or a sudden twisting motion. It's important to note that bone strength and density play a significant role in determining the force needed to cause a fracture.
The amount of force required to break a pelvis varies depending on a variety of factors including the individual's age, health, and the direction and distribution of the force. In general, it can take a significant amount of force to break the pelvis due to its strong structure and the surrounding muscles and ligaments that provide some protection.