I'm going to assume you mean underwater.The weight of a column of air from sea level to outer space is about the same as the weight of a column of water the same size 32 feet high. This is called "one atmosphere" of pressure.
So, to find out the pressure at any depth, we just divide the depth by 32 feet to get the pressure in atmospheres. At 26000 feet, this amounts to 812.5 atmospheres... plus the one from the atmosphere itself, of course. This amounts to about 12000 pounds per square inch.
35000ft equals 10668 meters.
Assuming water density at 1000kg/m3, the pressure equals p = density * g * h + patmospheric.
Result is:
10668 * 9,81 * 1000 + 101325 Pa= 104,7 MPa.
250 Millibars (approx. 3.7 pounds per square inch).
It is 1,000 times the air pressure you experience everyday.
A good rule of thumb is 1 atmosphere for every 33 feet.
5000 Feet=1524Meters
Pressure=(rho)gh
Rho=Density=1000
g=9.81
h=height=1524
Pressure=1000x9.81x1524
=14950440Pa
=15MPa
Immense. At 35,000 feet of water depth the pressure is about 1,032.5 atmospheres.
1,570 pounds per square inch at a depth of 3,500 feet.
About 788 atmospheres, or 11818 psi
approximated by rule of thumb that every 33 feet of water = all the air pressing down on you at sea level.
15000psi
A compound pressure gauge measures two scales, one in positive pressure and one in negative (below atmospheric) pressure or vacuum positive pressure is measured in pounds per square inch (psi) or kilopascals or in some cases bars (1 bar = 14.35 psi) [ the average atmospheric pressure at 1000 feet above sea level] vacuum is measured in millimeters of mercury mmHg or inches of mercury inHg
atmospheric pressure is 14 psi at sea level. if your body has a surface area of 15 square feet, 2160 square inches, there is technically a total of 30,000 pounds of air pushing on your body at once. dont quote me on that though i am confident that there is some major flaw in that logic
53 feet = 16.154 4 meterthe water pressure at 16.154 4 meters = 1.61544 bars + 1 bar of atmospheric pressure makes the absolute pressure = 2.62 bars.
In a depth of 20,000 feet there is 5 tons per square inch of pressure.
The top of the atmosphere is not well defined. Rather, the gases (primarily nitrogen and oxygen) comprising the atmosphere gradually thin the higher one goes. Air pressure is 100 kPa at sea level (14.7 psi) and falls to 50 kPa (7.25 psi) about a mile above sea level. Half the weight of the atmosphere is within the first 3.5 miles (18,000 feet) of sea level. At 15,000 feet (3 miles above sea level) atmospheric pressure drops to 10 kPa (1.5 psi). 90% of the atmosphere is below 52,000 feet (10 miles). There is still enough air to support jet aircraft above 30,000 feet, and high altitude balloons will ascend to over 100,000 feet (nearly 20 miles). At 20 miles above the earth the day time sky turns quite black, and you can see the hazy boundary between air and space. For most purposes you could say it ranges anywhere from 20 to 100 miles.
15.78 psi
40 feet below sea level is the answer
Almost 550 pounds per square inch.
About nine feet below sea level.
5 feet below sea level is higher. Because if you have 5 feet below sea level then you go from the average height if the top of the water and go 5 feet under it, and if you have 4 feet below sea level then you go from the average height if the top of the water and go 4 feet below, so 4 feet is higher.
40 feet below sea level.
26,000 feet is about 7.9km
it is 12,600 feet below sea level.
For any body of water near sea level, the pressure increases by 1 ATM per 33 feet below the surface.
Standard atmospheric pressure at sea level is about 14.7 PSI. So, then what is the pressure at about 5,645 feet below the surface of the earth?
If sea level is 0, then feet above sea level would be a positive integer, while feet below sea level would be a negative integer. The integer for six feet below sea level would be -6.
-20