1. A cylindrical aluminum rod is positioned between two enclosed volumes, each con-taining a moles of water. One of these volumes consists of steam and liquid water in thermalequilibrium, while the other contains water and ice in thermal equilibrium. The rod has alength of 24.0 cm, and a cross-sectional area of 14.0 cm². It conducts heat from the hottervolume (condensing steam) to the cooler one (melting ice) in steady-state. Treat the heatloss to the surroundings by the two volumes and the rod as negligible.steam & wateraluminum rodwater & ice(a) Find the rate (in watts) at which heat is being transferred through the rod.(b) Find the rate (in grams per second) at which the steam is condensing.

Given that: Length of the rod, L=24.0 cm=0.24 mArea of cross section, A=14.0 cm2=14.0×10-4…

Answered: 1. A cylindrical aluminum rod is…

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