Hg HO 10% gas 50% liquid 50% solid 90% liquid Analysis/Background: We start this problem with 2 isolated containers, con

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Hg Ho 10 Gas 50 Liquid 50 Solid 90 Liquid Analysis Background We Start This Problem With 2 Isolated Containers Con 1 (69.55 KiB) Viewed 53 times

Hg HO 10% gas 50% liquid 50% solid 90% liquid Analysis/Background: We start this problem with 2 isolated containers, containing 2 different substances. The first container contains mercury, 50% of this mercury is in liquid form and 50% of the mercury is in solid form. Both of these forms are in thermal equilibrium with each other. The other container, contains water, 90% of its water is liquid and 10% of it's water is gas (These are measured by mass not by volume). Next we take the two containers and combine them, all of the gas and liquid in the water container is combined with all the liquid and solid in the Mercury container. Then the two substances are allowed to come to thermal equilibrium. Additional Information: The mass of the water equals the mass of the mercury Question: Find the final state (temperature and phase percentages of each substance) when the mixture reaches thermal equilibrium.