Phases of water coexisting at equilibrium.

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Two phases of water can coexist at equilibrium under specific temperature and pressure conditions. The phenomenon occurs at the triple point, where solid, liquid, and vapor phases exist simultaneously. This unique state is defined by a precise temperature of 0.01°C and a pressure of 611.657 pascals. Understanding these conditions is crucial for applications in thermodynamics and environmental science. The concept highlights the intricate balance of phase transitions in water.
stickynote
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At an equilibrium temperature, can two phases of water coexist? If so; under what conditions can this occur?

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Stickynote.
 
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