Under normal conditions, you can't get liquid water above 100°C (212°F) before it boils away into steam. However, if you increase the pressure, the boiling point goes up and you can have liquid water at a higher temperature. With enough pressure, you can get liquid water very hot.
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As the temperature of the water goes up, the higher the potential for an increase in salinity. In other words if you have warm water and you put in salt, or whatever dissolvent (sugar, chemicals, etc.), and come to a maximum (you start seeing dissolvent form at the top or bottom of the water) you can add more if you increase the temperature of the water. The opposite is also true, if you have very saline water and want to make it less saline cool the water and some salt, or dissolvent will come out of solution*. * Note; this will only work if the dissolvent is at the maximum amount for that temperature. If the dissolvent is less than the maximum for that temperature nothing will come out, that is why salt water in the ocean can freeze and still be salt water it's just less salty.
This is because at the temperature of 0degree ice is there and ice consists of vacant spaces present in them when we increase the temperature the ice starts melting and gets converted into water and the water compounds occupy the space and therefore the volume decreases as all of the vacant spaces got covered by the water compounds.
proendanseah
Relative Humidity is actually measure the amount of moisture in the air. It depends on how much of the air has water in it. Let's say that the RH is 50%, that means 50% of the air has water in it.
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48°C
At 4C density is maximum.It is measured as 1000Kg/m3.
maximum water temp. for all engines is approx. 90 c
Karin Baldwin has written: 'Colville National Forest temperature and bacteria total maximum daily load' -- subject(s): Water, Total maximum daily load, Environmental conditions, Water quality management, Bacterial pollution of water, Water temperature, Pollution 'Walla Walla Watershed temperature total maximum daily load' -- subject(s): Water, Total maximum daily load, Environmental conditions, Water quality management, Water temperature, Pollution
~4 °C
The maximum density of water occurs at a temperature of 4°C
In most substances, maximum density occurs at the lowest temperature attainable. The only substance that this is not true for is water, whose maximum density is at 3.98 degrees Celsius.
The density of water increase from 100 oC to 4 oC (here is a maximum); after this temperature the density decrease.
Pat Irle has written: 'Teanaway temperature total maximum daily load' -- subject(s): Water, Total maximum daily load, Stream measurements, Water quality, Water temperature, Pollution
Its temperature rises. As 40C is the temperature where water has its maximum density, then the density will drop as well
Because the difference of temperature is maximum at the border of water and dry earth so evaporation is maximum at this area.