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If the force remains constant, then the pressure - which is force per unit area - will increase.
Force exerted on a given area divided by the area would give the pressure or thrust. It is also termed as stress in case of elasticity. Its unit is N/m2 or also known as pascal.
Over the area not volume
Yes. The correct formula establishes: P = (dF)/(dA). If the area is constant, you can integrate directly and obtain F = P · A Pressure units are Pascals (1 Pa = (1 N)/(1 m2)
pressure is force divided by area
Stress is a force acting on certain area. Stress equals force divided by area.
Stress is not a force but force divided by area. If high enough, it will cause itself to break
nominal stress is the engineering stress, which is the force divided by the original Area. true stress is the force divided by the area of the deformed specimen as it deforms. Since the area of the deformed specimen is usually smaller than the original area true stress is higher than the nominal stress... Ali D
stress is force divided by area. If you have a force of 10 acting over area 1 stress is 10 ; if area is 2 stress is 5, etc. Force has units of pounds or newtons and stress is pounds per square inch or newtons per square meter
The quantity that is divided by the surface area is force. Force divided by surface area is equal to pressure.
In both cases, it is a force divided by an area.In both cases, it is a force divided by an area.In both cases, it is a force divided by an area.In both cases, it is a force divided by an area.
yes, force divided by area is pressure; its units are pounds per square inch, or newtons per square meter, for example. I you pull on an object with force over an area it is called stress
If the force remains constant, then the pressure - which is force per unit area - will increase.
Force exerted on a given area divided by the area would give the pressure or thrust. It is also termed as stress in case of elasticity. Its unit is N/m2 or also known as pascal.
Over the area not volume
The stress on a bolt under longitudinal force is the total force on the bolt divided by the stress area. The stress area is a little bigger than the minor diameter area, calculated from the average of the minor diameter and pitch diameter. The total force on the bolt is its torque preload plus the (bolt stiffness/(bolt +member stiffness) x (externally applied load )
I am not sure what you are trying to calculate. Pressure is defined as force divided by area.