V1 (volume of water @ 50 °C) 120 mL %3D Density of water @ 50 °C 0.988g/mL %3D V ice 35 mL Density @ 4 °C 1 g/mL %3D T1 50 °C T2 13 °C %3D II II II

Introductory Chemistry: An Active Learning Approach
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ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
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Chapter3: Measurement And Chemical Calculations
Section: Chapter Questions
Problem 5E
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Using the following set of values, find the heat absorbed per mole in the latent heat of fusion of ice

V1 (volume of water @ 50 °C)
120 mL
%3D
Density of water @ 50 °C
0.988g/mL
V ice
35 mL
%3D
Density @ 4 °C
1 g/mL
%3D
T1
50 °C
%D
T2
13 °C
%D
Transcribed Image Text:V1 (volume of water @ 50 °C) 120 mL %3D Density of water @ 50 °C 0.988g/mL V ice 35 mL %3D Density @ 4 °C 1 g/mL %3D T1 50 °C %D T2 13 °C %D
Heat absorbed per mole: H fus
q fusion
%3D
moles melt
Transcribed Image Text:Heat absorbed per mole: H fus q fusion %3D moles melt
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