The pressure at 1250 feet under water is approximately 543 pounds per square inch (psi). This means that every square inch of a person at that depth would experience a pressure of 543 psi.
the answer is one atmosphere
3/16 for every 2 inches
There are 8 tons per square inch of pressure in Mariana Trench
If you're referring to atmospheric pressure, then it's zero.Mercury has no atmosphere.
Around 32 to 35 pounds total pressure. Look on the tire near the rim it should say maximum air psi (pounds per square inch).
You can't say 'pressure per square inch. It's just 'pressure', which equals force per square inch. You divide the person's weight by the area of the foot in contact with the stairs to get the answer.
On average, 29.92 inches of mercury relative to sea level.
14.7 pounds. Atmospheric pressure is 14.7 pounds per square inch Keep in mind that unless air is trapped you do not feel this as pressure is equalized
An average human hug exerts about 10 pounds per square inch of pressure. This pressure can vary depending on the strength and duration of the hug.
I'm not sure if this answer is the kind of answer you're looking for, but basically, you would have to use a much larger amount of water than mercury to get an accurate reading of atmospheric pressure. This is because water is not nearly as dense as mercury, so it takes much less atmospheric pressure to raise the water up the tube in a water barometer. This results in water rising much more easily than mercury. Obviously, then, a water barometer would have to be much larger than a mercury one. Since mercury is more dense than water, mercury barometers are much smaller. So, if you put water in a mercury barometer instead of mercury, the reading you get would be way too high.Air pressure at sea level is about 14.7 pounds per square inch (psi) and can push a column of water almost 33 feet high, but it can only push mercury 30 inches high. Roughly, ever inch of mercury equals a foot of water.
38 psi