14: A 750 gram glass vase has 560 grams of water in it, both starting at...

  

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14: A 750 gram glass vase has 560 grams of water in it, both starting at 35C. 110 grams of ice at 0C is also added to the vase. If no heat is lost to the surroundings, find the final temperature of the mixture. 1 Watt 1 Joule per second 1 kilowatt-Hour = 3.6 X 106 Joules Ftotal (At)= =mVfinal = mVinitial m Vio+m2 V20 m Vir + m2 V2r Heat information from textbook Q=mcAT to change temperature Q=m Lp to melt a solid Cwater 4186 J/(kg C) Class 840 J/(kg C) m L, to boil a liquid Coopper 387 J/(kg C) Cpeople 3500 J/(kg C) L, ice-water 334000 J/kg Ly water-steam 2256 kJ/kg 14: A 750 gram glass vase has 560 grams of water in it, both starting at 35C. 110 grams of ice at 0C is also added to the vase. If no heat is lost to the surroundings, find the final temperature of the mixture. 1 Watt 1 Joule per second 1 kilowatt-Hour = 3.6 X 106 Joules Ftotal (At)= =mVfinal = mVinitial m Vio+m2 V20 m Vir + m2 V2r Heat information from textbook Q=mcAT to change temperature Q=m Lp to melt a solid Cwater 4186 J/(kg C) Class 840 J/(kg C) m L, to boil a liquid Coopper 387 J/(kg C) Cpeople 3500 J/(kg C) L, ice-water 334000 J/kg Ly water-steam 2256 kJ/kg