No. Pressure is force units divided by area units.
Force units divided by temperature units would be... well, let's see, in the SI system forces are newtons, which are kilogram-meters per second per second, so force per unit temperature would be kilogram-meters per second per second per Kelvin. Hmm. Sorry, I don't think that directly rates to any simple concept. Entropy per meter? Thermal conductivity per hertz? The units work out right, but these are basically nonsense.
pressure
The unit of measure used to describe electrical "pressure" is the "Volt."
Pressure is the force measured over an area
pressure is not a force but pressure is a force applied in per unit of area
Pressure is not a force. Pressure is force per unit area over which it is applied.
No. A Newton is a unit of force, while pressure is force per unit area. The standard unit of pressure is a Pascal, which is also a derived SI unit.
Pressure = force / area.
the amount of force per unit area is pressure
No. A Newton is a unit of force, while pressure is force per unit area. The standard unit of pressure is a Pascal, which is also a derived SI unit.
By my wild guess. Since intensity of energy is expressed in energy per area, intensity of pressure could be action of pressure over another unit say Temperature. The result would yield P/T = nR/V and that is probably a unit of specific volume heat capacity of the unit J/m3K.
No, pressure is force per unit area. In SI units, the unit of pressure is the pascal, which is equal to newton per square meter.
The pascal, abbreviated as Pa, and defined as a force of one newton exerted over one square metre.