The pressure under Fran's one foot is the force exerted by her weight divided by the area of her foot in contact with the ground. This pressure is higher when she stands on one foot compared to when she stands on two feet, as the force is now distributed over a smaller area.
When standing on your tiptoes, the tibialis anterior muscle serves as the prime mover responsible for dorsiflexion of the foot. It helps lift the front part of the foot upward and allows you to push off the ground efficiently.
mph is a unit of speed; pounds per square foot is a unit of pressure. You don't convert that.mph is a unit of speed; pounds per square foot is a unit of pressure. You don't convert that.mph is a unit of speed; pounds per square foot is a unit of pressure. You don't convert that.mph is a unit of speed; pounds per square foot is a unit of pressure. You don't convert that.
or you may be thinking of your foot arch
Every one feet the pressure raises by 24.9 psi.
Pounds per square foot. If I understand your question correctly.
approximately 12 psi when standing on all fours
tiptoesWhen standing on tiptoe, the force exerted by your body remains the same, but is now concentrated in a smaller area. Pressure is measured in force divided by area. By reducing the area, you increase the pressure.
When standing on one foot, your weight is concentrated on a smaller surface area, leading to an increase in pressure on that one foot. This increased pressure helps to stabilize your body and maintain balance while standing on one foot.
Standing on one foot concentrates your body weight onto a smaller area, increasing the pressure exerted on the ground beneath that foot. This pressure is due to the force of gravity acting on your body, which is spread over a smaller surface area when standing on one foot.
The pressure exerted by a man standing on one leg depends on his weight, the surface area of his foot in contact with the ground, and the force distribution. Generally, the pressure will be higher when standing on one leg compared to standing on two legs because the force is concentrated on a smaller area.
63 kg = 617N 617/180 = 3.43 N/cm2 or 34 300 Pascal while standing on one foot with two significant digits (mass was given with an accuracy of two digits) 17Kpa (kiloPascal) if he is standing with both feet weight evenly distributed across the soles of his feet.
It depends how much pain is "a lot." Different people have different tolerances for pain. However, if you break any bone in your foot, is will feel worse under pressure when standing. It is not recommended to stand with a fractured bone in your foot.
The pressure you exert when standing on one foot is actually your weight divided by the area of contact between your foot and the ground. Shoe size is not a relevant factor in this calculation as it does not affect the pressure. The smaller the area of contact, the greater the pressure exerted on the ground.
The function of the foot is to help stabalize you when standing. Without the foot noone would be able to stand. The function of the foot is to help stabalize you when standing. Without the foot noone would be able to stand. The function of the foot is to help stabalize you when standing. Without the foot noone would be able to stand.
A pressure foot is used to measure air pressure inside a tank. This means that every square foot of the tank, there is a pound of pressure.
No
The pressure and weight under your foot exceeds the resistance of the scorpions exoskeleton therefore you crush fairly