Yes but my question is, how do you know how much is in contact. A formula would have to have parameters such as the elasticity of the surface and the sphere, density of both maybe even gravitational acceleration and temperature.anorlunda said:If you want to calculate a real world finite answer, then you must assume some nonzero finite area of the sphere flattened and in contact with the surface.
The tire contact area for any aircraft tire is calculated by dividing the single wheel load by the tire inflation pressure. If the load is expressed in pounds, and the tire pressure in pounds per square inch, then the area is in inches squared.
The formula for calculating the pressure of a sphere on a regular surface is P = F/A, where P is the pressure, F is the force exerted by the sphere, and A is the area of the surface in contact with the sphere.
The pressure of a sphere on a regular surface is directly proportional to the size of the sphere. As the size of the sphere increases, the force exerted on the surface also increases, resulting in a higher pressure.
The pressure of a sphere on a regular surface is affected by the size and weight of the sphere, as well as the material and shape of the surface. Other factors such as temperature and atmospheric pressure can also play a role.
The pressure of a sphere on a regular surface is an important concept in various fields such as engineering, physics, and geology. It is used to understand the behavior of objects in contact with surfaces and to design structures that can withstand pressure.
Yes, the pressure of a sphere on a regular surface can be negative if the force exerted by the sphere is less than the weight of the sphere. This can happen in situations where the surface is not strong enough to support the weight of the sphere.