A 150 liter tank, closed, contains 1.00 kg of dry air. Add 20.0 mL of water at 10◦C (State 1). We seek the temperatu
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A 150 liter tank, closed, contains 1.00 kg of dry air. Add 20.0 mL of water at 10◦C (State 1). We seek the temperatu
A 150 liter tank, closed, contains 1.00 kg of dry air. Add 20.0 mL of water at 10◦C (State 1). We seek the temperature to which we must heat the tank so that it does not remain than half the mass of water in the liquid phase at equilibrium (State 2). 1. Calculate the mass of water in state 1. 2. Calculate the amount of water in gas form in state 2. 3. Express the ideal gas law for water (there are two unknowns, Skin and T). 4. Find the temperature. (help: in a closed container, the water pressure is equal to its vapor pressure).