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wered nswer A block of copper with mass mou =237g, (CCu 3857) is at an kg C initial temperature of 934°C. The block of copper is added to a mass of ice, mice =1.95kg initially at -5°C' in an insulated container. 1 (Cice 2110J kg C the container. When equilibrium is reached, how much ice is in the container (in kg )? 334k.J and L= kg 1.256 AAST ). Assume no heat enters or leaves 1.7564 margin of error +/-5%

wered nswer A block of copper with mass mou =237g, (CCu 3857) is at an kg C initial temperature of 934°C. The block of copper is added to a mass of ice, mice =1.95kg initially at -5°C' in an insulated container. 1 (Cice 2110J kg C the container. When equilibrium is reached, how much ice is in the container (in kg )? 334k.J and L= kg 1.256 AAST ). Assume no heat enters or leaves 1.7564 margin of error +/-5%

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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You Answered Correct Answer 385.7 A block of copper with mass mcu =237g, (ccu kg) is at an initial temperature of 934°C. The block of copper is added to a mass of ice, mice =1.95kg initially at -5°C in an insulated container. C 2110J (Cice kg C the container. When equilibrium is reached, how much ice is in the container (in kg )? 334k.J and L kg 1.256 FORD REP ). Assume no heat enters or leaves 1.7564 margin of error 1/- 5%
Transcribed Image Text:You Answered Correct Answer 385.7 A block of copper with mass mcu =237g, (ccu kg) is at an initial temperature of 934°C. The block of copper is added to a mass of ice, mice =1.95kg initially at -5°C in an insulated container. C 2110J (Cice kg C the container. When equilibrium is reached, how much ice is in the container (in kg )? 334k.J and L kg 1.256 FORD REP ). Assume no heat enters or leaves 1.7564 margin of error 1/- 5%
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