The perfect answer requires understanding of the density of the water at different temperatures and pressures at all levels of depth. NOTE: The distinction between PSIG and PSIA is that PSIG is pressure as compared to local (atmospheric) pressure which becomes negative for a vaccum (pressure less than the local pressure). O PSIA is a perfect vacuum and normal atmospheric pressure is ~14.7 PSIA (0 PSIG when referenced to atmospheric local pressure) Without getting too "deep" into the perfect answer, using an approximation thumbrule of 1/2 psi increase per 1 foot of water depth, the answer is approximately 328 PSIG or ~ 343 PSIA.
Right at the surface of the ocean, the pressure is just the same as the air pressure at sea level; that is, one "atmosphere", or about 14.7 PSI (Pounds per Square Inch). But water pressure increases with increasing depth: For each foot of depth, the water pressure increases by 0.445 PSI. SCUBA divers, who need to be very aware their depth because of this pressure effect, often use this rule: Every 33 feet of depth, water pressure increases by one "atmosphere" (14.7 PSI). So, for example, at 66 feet the pressure on a diver is three atmospheres: There's one atmosphere of pressure from the air, and two atmospheres from the water.
That's approximately the size of the trunk in a large sized car.
Dysprosium has atomic number 66 so would normally have 66 electrons.
In-115 isotope has 66 neutrons
66 lbs converts to 29.9376kg
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.
66 feet is 2 rods.
A normal or average blood pressure for a woman aged 66 is 120/80. The blood pressure can be a little over or under depending on the weight of the woman.
200 feet is greater. 66 yards is 198 feet.
You will encounter a pressure of 2 atmospheres in the ocean at a depth of approximately 20 meters (about 66 feet). This is due to the fact that pressure increases by about 1 atmosphere for every 10 meters of water depth. Therefore, at 20 meters, the pressure from the water column adds an additional atmosphere to the 1 atmosphere of pressure at sea level, resulting in a total of 2 atmospheres.
66' x 20' = 1,320 square feet.
There are 3 feet in one yard. Therefore, 66 feet is equal to 66/3 = 22 yards.
There are 5280 feet in one mile. Therefore, 66 miles is equal to 66 x 5280 = 348480 feet.
Right at the surface of the ocean, the pressure is just the same as the air pressure at sea level; that is, one "atmosphere", or about 14.7 PSI (Pounds per Square Inch). But water pressure increases with increasing depth: For each foot of depth, the water pressure increases by 0.445 PSI. SCUBA divers, who need to be very aware their depth because of this pressure effect, often use this rule: Every 33 feet of depth, water pressure increases by one "atmosphere" (14.7 PSI). So, for example, at 66 feet the pressure on a diver is three atmospheres: There's one atmosphere of pressure from the air, and two atmospheres from the water.
66 centimeters is 2 feet and 1.98 inches.
66 inches is 5.5 feet
66 cm is 2 feet 2 inches.