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A block of copper with mass mou = 328g, (CCu = initial temperature of 870° C. The block of copper is added to a mass of ice, mice =1.45kg initially at -5°C in an insulated container. 385.J kg) is at an 2110J (Cice kg C the container. When equilibrium is reached, how much ice is in the container (in kg )? 334kJ kg and Lf ). Assume no heat enters or leaves

A block of copper with mass mou = 328g, (CCu = initial temperature of 870° C. The block of copper is added to a mass of ice, mice =1.45kg initially at -5°C in an insulated container. 385.J kg) is at an 2110J (Cice kg C the container. When equilibrium is reached, how much ice is in the container (in kg )? 334kJ kg and Lf ). Assume no heat enters or leaves

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Correct! Correct Answer 385.J kgº C A block of copper with mass mou =328g, (CCu initial temperature of 870°C. The block of copper is added to a mass of ice, mice =1.45kg initially at -5°C in an insulated container. (Cice = 1.167 = 2110J kgº C the container. When equilibrium is reached, how much ice is in the container (in kg )? ) is at an and Lf = ). Assume no heat enters or leaves 334kJ kg 1.1669 margin of error +/-5%
Transcribed Image Text:Correct! Correct Answer 385.J kgº C A block of copper with mass mou =328g, (CCu initial temperature of 870°C. The block of copper is added to a mass of ice, mice =1.45kg initially at -5°C in an insulated container. (Cice = 1.167 = 2110J kgº C the container. When equilibrium is reached, how much ice is in the container (in kg )? ) is at an and Lf = ). Assume no heat enters or leaves 334kJ kg 1.1669 margin of error +/-5%
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