Well, darling, to calculate pressure, you simply divide the force by the area. So, in this case, 5.0 N of force applied to 2.0 m² gives you a pressure of 2.5 Pascals. Don't worry, I won't judge if math isn't your strong suit, honey.
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.
A pascal is an SI unit of pressure = 1 newton / m2. An atmosphere is equal to the air pressure at sea level, which is 101325 pascals. Many barometers for measuring air pressure may have a scale for kilopascals, so 1 ATM = 101.325 kPa
M2 means second degree misdemeanor.
m2/m2
100 N / 2 m2 = 50 Pascals100 N / 2 m2 = 50 Pascals100 N / 2 m2 = 50 Pascals100 N / 2 m2 = 50 Pascals
Pressure is measured in Pascals. 1 Pa = 1 N/m2.
Newtons ------------------------------------------------------- The unit of pressure in the SI is pascal (Pa). Pascal is defined as N/m2; 1 technical atmosphere(at) is 9,80655.10e4 pascals.
Well, darling, to calculate pressure, you simply divide the force by the area. So, in this case, 5.0 N of force applied to 2.0 m² gives you a pressure of 2.5 Pascals. Don't worry, I won't judge if math isn't your strong suit, honey.
Pressure can only be expressed as n/m2 (not n.m) 1 n/m2 = 1 pascal
1000 psi is 6.895 MPa (mega pascals) where a Pa is 1 Newton/m2; thos 30 psi = 30/1000 x 6895000 = 206,850 N/m2
Newtons ------------------------------------------------------- The unit of pressure in the SI is pascal (Pa). Pascal is defined as N/m2; 1 technical atmosphere(at) is 9,80655.10e4 pascals.
Pressu re=Force(N) /Area(m2) = 1000 /.15 = 6666.6 Pascals
The force exerted is equal to pressure multiplied by area. In this case, the force would be 10,000 Pascals (1000 Pa * 10 m2), which is also equivalent to 10,000 Newtons.
The standard atmospheric pressure at sea level is around 101,325 Pascals, which is equal to 101,325 Newtons per square meter.
Area requires a two-dimensional unit. This is often expressed as the square of something, for example, m2 (square meters), cm2 (square centimeters), etc.Area requires a two-dimensional unit. This is often expressed as the square of something, for example, m2 (square meters), cm2 (square centimeters), etc.Area requires a two-dimensional unit. This is often expressed as the square of something, for example, m2 (square meters), cm2 (square centimeters), etc.Area requires a two-dimensional unit. This is often expressed as the square of something, for example, m2 (square meters), cm2 (square centimeters), etc.
You would never see an expression like that. 'Pascal' already includes the concept of unit area (just as any other unit of 'pressure' does). It means "newton of force on each square meter". 5 pascals = 5 newton/m2