Engineering, 14.09.2019 00:20 devontemiles1174

One kilogram of ice at -5°c is mixed with 2 kg of water at 18°c in an insulated copper vessel of mass 1.5 kg. at equilibrium, the vessel contains both ice and water. determine the final mass of ice in the vessel. heat capacity of water =4.19 kj/kgk, heat capacity of ice= 2.04 kj/kgk, heat capacity of copper= 0.39 kj/kgk latent heat (fusion) =335 kj/kg

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One kilogram of ice at -5°c is mixed with 2 kg of water at 18°c in an insulated copper vessel of mas...