1/4 system! -mands It's an endothermic process became the ice has to apsorb Th heat in order to meſt. Heat tranfes from norms to cold, so it the ice is cold, it will go absorb everg C. How much of the ice (in g) remains once the system reaches thermal equilibrium. Show your work. 67.8g of Al T₁ - 850°C. 3000g ice at 0.0°C -9 = MEAT - MEAT = MEAT ((67.89X0.89/9c) (850) = (3000) (2.108 J/40) (AT) 51 290-7 = (6324) (AT) [OT = 8.11048 3000 340/9 = 1020000J 6324 . ->what has to han
1/4 system! -mands It's an endothermic process became the ice has to apsorb Th heat in order to meſt. Heat tranfes from norms to cold, so it the ice is cold, it will go absorb everg C. How much of the ice (in g) remains once the system reaches thermal equilibrium. Show your work. 67.8g of Al T₁ - 850°C. 3000g ice at 0.0°C -9 = MEAT - MEAT = MEAT ((67.89X0.89/9c) (850) = (3000) (2.108 J/40) (AT) 51 290-7 = (6324) (AT) [OT = 8.11048 3000 340/9 = 1020000J 6324 . ->what has to han
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter9: Energy And Chemistry
Section: Chapter Questions
Problem 9.104PAE: 9.104 An engineer is using sodium metal as a cooling agent in a design because it has useful thermal...
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