Applications
Pascal's principle underlies the Hydraulic press.
Artesian wells, water towers, dams
'Pascal's barrel experiment': a long and narrow vertical pipe is connected to the content of a large barrel. If you put water into the pipe, even in small quantity, the height of the fluid within the pipe will sharply increase, and can induce the break of the barrel.
The pressure under water increases with depth, a fact well known to Scuba divers. At a depth of 10 m under water, pressure is twice the atmospheric pressure at sea level, and increases by 100 kPa for every extra 10 m of depth.
On the other hand, atmospheric pressure diminishes with height, a fact first verified on the Puy-de-Dôme and the Saint-Jacques Tower in Paris, on the instigation of Blaise Pascal himself. As the atmosphere gets lighter with height, the atmospheric pressure varies exponentially with height. This is expressed functionally through the barometric formula.
"kilo" means a thousand. So 101300 pascals.
1 bar = 10^5 pascals (that's 10 to the 5th power, or 100,000 pascals)
23800000 centipascals
1 atm(atmospheric pressure)=101,325pa(pascals)
Pascal's triangle
pascals law
It follows pascals law
The ideal gas law measures pressure in pascals (Pa) or atmospheres (atm).
Pressure is given as pascals in the ideal gas equation.
5 pascals (Pa) = 0.000005 megapascals (MPa)
305000 pascals
"kilo" means a thousand. So 101300 pascals.
To convert from atmospheres to pascals, multiply by 101,325. Therefore, 3.20 ATM is equal to 324,960 pascals.
100000 pascals are 100000 Newtons per square meter. 100000 pascals are 100 kilopascals.
The abbreviation for pascals is Pa.
Due to pascals law
1 bar = 10^5 pascals (that's 10 to the 5th power, or 100,000 pascals)