Water pressure does not depend upon the astrological configuration of the stars and planets.
.The temperature at boiling point depend up on the vapour pressure. For example water boils at 100 degrees in atmospheric pressure ie, at 1 bar. But same water can boil at 40 degree celcius at -0.9 bar. That is , at reduced pressure a liquid boils at reduced temperature.So the temperature at boiling point depend up on the vapour pressure .
Water on Earth occurs in three main states: solid (ice), liquid (water), and gas (water vapor). These phases depend on temperature and pressure conditions.
What kind of tank? How much water is in it? Is there air in the tank? What fills the tank? What kind of pressure from where and what?answerIf the tank is gravity fed, multiply .431 times the altitude that the source is above the tank. For example, the reservoir supplying my domestic water system is approximately 200 feet higher than the valley floor I live on. My water pressure is slightly over 80 psi. If the tank is pump fed, and if you have no information on the pump, you will have to put a gauge on the system.
Atmospheric pressure is the force exerted by the weight of the air in the atmosphere, while water pressure is the force exerted by the weight of water in a body of water. Atmospheric pressure decreases with altitude, while water pressure increases with depth. Atmospheric pressure is measured in units like atm or pascals, while water pressure is typically measured in units like pounds per square inch (psi) or pascals.
Above the surface of liquid water is a layer of water vapor. It has pressure. The atmosphere also has pressure. It pushes against the water vapor. The water vapor pushes against the atmosphere. It is called vapor pressure. It is related to temperature. When the vapor pressure equals barometric pressure, water boils. Normally this occurs at 100C or 212F. If you reduce the barometric pressure, you can reduce the boiling point of water. So when the barometric pressure is lower, the water vapor above the water has an easier time mixing with the atmosphere. As it mixes with the atmosphere, it is replaced by vapor from the water. It evaporates.
Yes, the height of a water column in a container does depend on the pressure acting on it. The greater the pressure, the higher the water column will be due to greater force pushing the water upwards. This is based on the principle of hydrostatic pressure in fluid mechanics.
That would depend on the maker
The answer would depend on the pressure attained by the cooker.
The answer will depend on the starting temperature of the water. It will also depend on the pressure.
That would depend on friction losses and fixture unit demands
The most important factors are temperature and pressure.
The pressure at the bottom of a pond depends on the depth of the water above it and the density of the water. The pressure increases with depth because of the weight of the water column exerting force downward.
That would also depend on the length of the pipe, and on how fast you want the water to move. If you are in no hurry, even the slightest pressure will be enough to push the water through the pipe.That would also depend on the length of the pipe, and on how fast you want the water to move. If you are in no hurry, even the slightest pressure will be enough to push the water through the pipe.That would also depend on the length of the pipe, and on how fast you want the water to move. If you are in no hurry, even the slightest pressure will be enough to push the water through the pipe.That would also depend on the length of the pipe, and on how fast you want the water to move. If you are in no hurry, even the slightest pressure will be enough to push the water through the pipe.
The answer will depend on the pressure.
When it is as cold as possible before freezing into ice, this will depend on the atmospheric pressure but generally between 0c and 4c
When it is as cold as possible before freezing into ice, this will depend on the atmospheric pressure but generally between 0c and 4c
That would depend on the pressure as there is something called pressure /temperature relationship @ 1 PSI the steam is 212 deg That would depend on the pressure as there is something called pressure /temperature relationship @ 1 PSI the steam is 212 deg