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In a physics experiment, a 0.100-kg aluminum calorimeter cup holding 0.200 kg of ice is removed from a freezer, where both ice and cup have been cooled to -5.00°C. Next, 0.0500 kg of steam at 100.°C is added to the ice in the cup. What will be the equilibrium temperature of the system after the ice has melted? (c,luminum = 920. J/kg°C)

In a physics experiment, a 0.100-kg aluminum calorimeter cup holding 0.200 kg of ice is removed from a freezer, where both ice and cup have been cooled to -5.00°C. Next, 0.0500 kg of steam at 100.°C is added to the ice in the cup. What will be the equilibrium temperature of the system after the ice has melted? (c,luminum = 920. J/kg°C)

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In a physics experiment, a 0.100-kg aluminum calorimeter cup holding 0.200 kg of ice is removed from a freezer, where both ice and cup have been cooled to -5.00°C. Next, 0.0500 kg of steam at 100.°C is added to the ice in the cup. What will be the equilibrium temperature of the system after the ice has melted? (caluminum = 920. J/kg°C)
Transcribed Image Text:In a physics experiment, a 0.100-kg aluminum calorimeter cup holding 0.200 kg of ice is removed from a freezer, where both ice and cup have been cooled to -5.00°C. Next, 0.0500 kg of steam at 100.°C is added to the ice in the cup. What will be the equilibrium temperature of the system after the ice has melted? (caluminum = 920. J/kg°C)
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