This is usually expressed as weight or force per square area.
In imperial measure (USA) pounds per square inch
In Metric KG/meter2
The formula for the surface area of a circle is pi times the square of the radius. The formula for the surface area of a triangle is base times height, divided by 2. The formula for the surface area of a square or rectangle is length times width.
Surface Area: The area of one side is s2, where s is the length of 1 edge of the cube. So the total area is 6s2. If the edge length is half, the new cube area is 6(s/2)2 = 6s2/4, So the new surface area is the original area divided by 4.The volume of the cube is s3. If the edge length is half, the new cube volume is (s/2)3. = (s)3/8. So the new volume is the original volume divided by 8.
Its when you multiple the base times the height and divide by the width. Formula: (B x H) divided by W
Kinda of a combination of both. The surface of a 3-D object is called surface area.
surface area is basically the total area of each surface of the 3d object. Sa = 2-D A = 3-D
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You're looking for "air pressure", but you haven't described it correctly.The pressure is not the force pushing on the surface.It's the (force pushing on the surface) divided by the (area of the surface).
Pressure.
The quantity that is divided by the surface area is force. Force divided by surface area is equal to pressure.
The force that is exerted on a surface divided by the area of the area is pressure. The standard unit of pressure is the Pascal.
Pressure
That is the force F. p = F / Awhere:p is the pressure,F is the normal force,A is the area (surface).
Pressure. (Note that the force must be perpendicular to the surface.) Pressure can my measured in Pascals (N/m2), psi (pounds/in2), atmospheres, or a few other units.
Pressure is the force exerted on an object divided by the area where the pressure was applied.
Force divided by surface area is called pressure, if that's what you mean.
The pushing force divided by the area of contact.
That's the definition of the 'pressure' which the force exerts on the surface.