1. A cylindrical aluminum rod is positioned between two enclosed volumes, each con- taining x moles of water. One of these volumes consists of steam and liquid water in thermal equilibrium, while the other contains water and ice in thermal equilibrium. The rod has a length of 24.0 cm, and a cross-sectional area of 14.0 cm². It conducts heat from the hotter volume (condensing steam) to the cooler one (melting ice) in steady-state. Treat the heat loss to the surroundings by the two volumes and the rod as negligible.

1. A cylindrical aluminum rod is positioned between two enclosed volumes, each con- taining x moles of water. One of these volumes consists of steam and liquid water in thermal equilibrium, while the other contains water and ice in thermal equilibrium. The rod has a length of 24.0 cm, and a cross-sectional area of 14.0 cm². It conducts heat from the hotter volume (condensing steam) to the cooler one (melting ice) in steady-state. Treat the heat loss to the surroundings by the two volumes and the rod as negligible.