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At pressure, of water having a volume of becomes of ice on freezing. The heat of…
PHYSICS · Subjective · CBSE · Physics · Thermodynamics · Thermodynamics
Problem
At
1
atm
1\,\text{atm}
1
atm
pressure,
1.000
g
1.000\,\text{g}
1.000
g
of water having a volume of
1.000
cm
3
1.000\,\text{cm}^3
1.000
cm
3
becomes
1.091
cm
3
1.091\,\text{cm}^3
1.091
cm
3
of ice on freezing. The heat of fusion of water at
1
atm
1\,\text{atm}
1
atm
is
80.0
cal g
−
1
80.0\,\text{cal g}^{-1}
80.0
cal g
−
1
. What is the change in internal energy during the process?
Related theory
Latent Heat
Phase Change
First Law of Thermodynamics
Laws of Thermodynamics
Thermodynamics
The first law of thermodynamics
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