14.11 psia
The state that fits this description is Hawaii. It has volcanic activity, with Mauna Kea and Mauna Loa reaching elevations exceeding 13,000 feet above sea level.
The altitude corresponding to an atmospheric pressure of 500 millibars can vary depending on local weather conditions. On average, 500 millibars typically corresponds to an altitude of around 18,000 feet or 5,500 meters above sea level.
The boiling point of water at an elevation of 2300 feet is approximately 207.89 degrees F or 97,717 degrees C. The boiling point of water at an elevation of 2300 meters is 198.243 degrees F or 92.357 degrees C.
well, atmospheric pressure at sea level is equal to one atmosphere. One atmosphere weighs in at about 14.7 psi at sea level. (Which is about 29.22 inches of mercury) As you gain elevation the amount of air pushing down on you becomes less, about 1/2 psi per 1000' of elevation gained. So assuming Colorado Springs is about 5000' feet in elevation I would put your atmospheric pressure there at about 12.2 psi. (1/2 psi x 5 = 2.5 psi. 14.7-2.5=12.20) And since one psi of pressure will cause about 2 inches of mercury to rise, your barometer should read about 24.5 inches. That of course will change with weather patterns. Hope that helps, and I hope it right.
At 14,000 feet underwater, the sea pressure is approximately 464 pounds per square inch (psi). This pressure increases by about 1 atm (14.7 psi) for every 33 feet of depth.
The pressure is 394 atm.
13000 feet is 13000 feet, or 4333.333 yards or 2.46 miles or 3962.4 metres or 3.9624 kilometres
There are 5280 feet in one mile. Therefore, 13000 feet is equal to 13000/5280 = 2.4621 recurring (that is, 2.46212121...) miles.
13000 ft = 3962.4 m
The only thing I can tell you is: For every 33.7 feet up from sea level you loose 1 atmospheric pressure and for every 33.7 feet below sea level you increase 1 atmospheric pressure... It is to my knowledge 33.7 is the measurement for a barometric loop... I think it has something to do with mercury rising up in a glass tube?
No whale measures at that 13000 cm. 13000 cm is equal to over 400 feet. The largest known whale measure to 110 feet at most.
2.4621
13,000 feet = 3,962.4 meters.
The barometric condenser leg height limit of 34 feet is primarily due to atmospheric pressure. At sea level, atmospheric pressure can support a column of mercury approximately 34 feet high (or about 29.9 inches of mercury). When using water, the height limit is about 33.9 feet, as water is less dense than mercury. Beyond this height, the pressure difference becomes insufficient to maintain the column, leading to potential vacuum conditions and loss of condensate return.
It is 3.96 km.
At 5,000 feet above sea level, the barometric pressure is typically around 18.7 inches of mercury (Hg) or approximately 630 millibars (mb). This value can vary based on local weather conditions and temperature. As altitude increases, air pressure decreases due to the thinner atmosphere. Generally, pressure decreases by about 1 inch of mercury for every 1,000 feet of elevation gain.
The normal barometric pressure in Salt Lake City, Utah, typically averages around 25.7 inches of mercury (inHg) or 870 millibars (hPa) at sea level. However, actual pressure can vary due to weather conditions and altitude, as Salt Lake City is situated at approximately 4,200 feet (1,280 meters) above sea level. As a result, the barometric pressure is generally lower than at sea level, and fluctuations can occur throughout the year.