![]() ![]() Random PRESSURE units ton force long per square foot kilonewton per square inch pound force per square millimeter poundal per square yard inch of mercury 15. ![]() = 750.06375541921 millimeter of mercury (mmHg) Normal atmospheric pressure is 1 atm 14.696 psi - that means, an air colum above us of an area of 1 square inch weighs 14.696 pounds. In relation to the base unit of => (pascals), 1 Bars (bar) is equal to 100000 pascals, while 1 Psi (psi) = 6894.7572932 pascals. I’ve come across a few websites that suggest dropping your soccer ball from a height of 80 inches and seeing how high it reaches upon initial bounce.The base unit for pressure is pascals (Non-SI Unit)ġ x 14.503773772954 psi = 14.503773772954 Psi.Īlways check the results rounding errors may occur. Now I wouldn’t recommend this method over using a certified and tested air pressure gauge.īut there are bound to be times in life when you simply don’t have access to one. ![]() Same day shipment with global shipping options. Most air pressure gauges are analog, but there are newer versions being made with digital technology that give more precise air pressure readings. Buy a 0.6 Bar (0.87 psi) Pressure Gauge Below Plastic/Brass 63 mm Class 2.5 online from Tameson today. The best way to ensure that a soccer ball is properly inflated to the correct pressure is by making use of an air pressure gauge.Īfter inflation with either a manual soccer ball pump or an electronic pump, you can use a pressure gauge to measure the exact PSI or Bar level of the ball. Well, there are three methods that you can use to verify that your soccer ball is properly inflates. If you decide to play with such a ball, you’re bound to be frustrated at the unpredictable bounce behaviour that it exhibits.Ĭonversely, getting an under-inflated soccer ball to travel over a great distance and at considerable speed is a monumental task. The reason for this is because if you exceed the recommended air pressure limit, you’re highly likely to end up with a lop-sided ball that takes up an uneven shape.ĭue to the fact that the inside bladder of soccer balls is either made from soft latex or rubber, they are easily expandable.Īnd this can lead to the bladder protruding outside the leather surface covering of the ball if the stitches that keep the shape together are torn because of over-inflation. Pumping up soccer balls to the correct pressure level is more important than people think. The pressure, P of a fluid at depth depends only on the density,, the acceleration of gravity, g, and the depth or height of the fluid column, h. How do you know if a soccer ball is properly inflated? Saltwater Pressure and Depth Output: Hydrostatic Water Pressure Formula This calculator uses simple hydrostatic pressure equations. On the flip side, if you wanted to get a bar reading from a PSI measurement, you’d simply divide the PSI pressure value by 14.504. If I take the example of an object that’s filled up to 6 bars, I’d get an approximate PSI value of 87 by way of multiplication. The easiest way to go about this would be to conduct a simple Google search for bar to PSI conversion.ĭoing this should bring up an easy-to-use online conversion calculator that looks like this:Īs you can see, 1 bar is equal to 14.5038 PSI. How to convert bar units to PSI units (and vice-versa) PSI stands for pounds per square inch and it is used as a unit of pressure to denote the pounds of force that are exerted on particular square inches of area.Īnother unit for measuring soccer ball pressure is the bar.īecause it is not a part of the International System of Units (SI), you won’t come across it very often.Īlthough, the bar unit does feature quite heavily when it comes to the subject of meteorology, as atmospheric pressure is measured using an item called a barometer. ![]()
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