33 feet
For each 33 feet of depth in water the pressure increases approximately 1 atmosphere. So 100 meters is approximately 330 ft divide by 33 equals 10 atmosphere.
33 feet multiplied by 15 feet is equal to 495 square feet.
There are 3 feet in one yard. Therefore, 33 yards is equal to 33 x 3 = 99 feet.
33 feet = 10.06 metres
For any body of water near sea level, the pressure increases by 1 ATM per 33 feet below the surface.
Depends on atmospheric pressure. At 1 ATM this is 10.3m (33 feet)
every 33 feet equals 1 atmosphere so about 60 atmospheres
33 feet equals 1 atmosphere or 14.7 psi.
Assuming the experiment is conducted at 1 atmosphere, sea level, then the ambient pressure is 14.7lbs/square inch. In water the pressure increases linearly by 1 atmosphere for every 33 feet of depth. So the pressure 120mm under water is (1 +(120 mm/33 feet)) x 14.7 lbs/square inch. About 15 PSI.
33 feet in sea water, 34 feet in fresh water
The rate is (44.4 - 29.55) / 33 which is 14.85 psi/33 feet = 0.45 psi/ft
The method is the same, but the formula differs depending on whether you want it in meters or feet. The easy method in feet is to add .3 atmospheres (ata) every 10 feet (or every 3 meters) and then add a surface atmosphere, so 20 feet would be: [(.3 x 2) +1] = 1.6 ata The simple formula for feet is: (Depth + 33)/33 For meters it is: (Depth +10)/10
At 300 feet of water depth the pressure is about 130 psi
The pressure is 394 atm.
33 feet
The pressure on a diver's body increases quickly with depth. At the surface we're all breathing air at 14.7 PSIg, or 1 "Atmosphere" (atm). Each 33 feet of sea water results in another 1 atm of pressure. This means, for example, that a diver's body is under a total pressure of 3 atmospheres at 66 feet of sea water (one of air, two of water). The human respiratory system is designed to operate at normal atmospheric pressure of 14.7 pounds per square inch. If we descend to 33 feet, the water pressure exerts a force of nearly 30 pounds per square inch on our bodies. Our bodies are incapable of breathing against that much pressure. A scuba pressure regulator is designed to deliver air at the same pressure as the surrounding water, allowing us to breathe.