Phase Solid Liquid vapor Heat Capacity cal g.deg g.deg 0.500 2.092 1.00 4.184 0.500 2.092 AfusH = 334 J/g AvapH = 2260 J/g 1. Determine the final temperature and phases when 7.00 g ice at -4.00 °C, 84.0 g liquid water at 22.0 °C, and 14.00 g steam at 114 °C are mixed in an isolated container.

Phase Solid Liquid vapor Heat Capacity cal g.deg g.deg 0.500 2.092 1.00 4.184 0.500 2.092 AfusH = 334 J/g AvapH = 2260 J/g 1. Determine the final temperature and phases when 7.00 g ice at -4.00 °C, 84.0 g liquid water at 22.0 °C, and 14.00 g steam at 114 °C are mixed in an isolated container.

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter9: Liquids, Solids, And Materials

Section9.2: Vaporization And Condensation

Problem 9.1PSP

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Question

Phase
Solid
Liquid
vapor
Heat Capacity
cal
J
g.deg g.deg
0.500
2.092
1.00
4.184
0.500
2.092
AfusH = 334 J/g
AvapH = 2260 J/g
1. Determine the final temperature and phases when 7.00 g ice at -4.00 °C, 84.0 g liquid water at
22.0 °C, and 14.00 g steam at 114 °C are mixed in an isolated container.

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