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you first find the Pa(N/m^s) of 60 degrees C. There should be a table in your book that has it (Saturated Vapor Pressure of Water) or just look it up.

From there 60C is about 1.99*10^4 Pa.

If you look for Pa to Atm ratio, there is about 101325 Pa to 1 Atm.

(1.99*10^4)/(101325)= .196 Atm

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13y ago
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12y ago

water cannot boil at 60 degrees (Fahrenheit or Celsius). at least on earth. but if you water on earth is kept liquid not just by the planets temperature but also by the air pressure. of you take a glass of water and teleport it into space the water will simply "boil" away. this happens because there is no air pressure to keep the water liquid, so the molecules of the water simply drift apart.

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12y ago

You'd need to be able to reduce the pressure quite a bit so a container which would not melt at these temperatures (say, glass) and a vacuum pump to pull out some of the air to reduce the pressure.

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13y ago

you will need a vacuum vessel to put the water in a vacuum

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10y ago

some sealed container in which you can lower the pressure. At lower pressures water boils at a lower temperature.

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6y ago

Thr boiling point depends on pressure: at lower pressure the boiling point is lower. Water boil at 6o oC at 20,67 kPa. You need to create a depression above water.

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Q: At what pressure will water boil at 60 degrees?
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