2. When 27.2 g of solid A, at its melting point of 34.0 °C, was added to 62.7 g of liquid A at 51.2 °C, the mixture cooled to 35.0 °C, with no solid remaining. Given the specific heat of liquid A (Cp = 0.798 J/g.°C), find the heat of fusion per gram of solid A. Step 1 SHOW A→(s) COMPUTATION 34.0 °C 34.0°C

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2. When 27.2 g of solid A, at its melting point of 34.0 °C, was added to 62.7 g of liquid A at 51.2
°C, the mixture cooled to 35.0 °C, with no solid remaining. Given the specific heat of liquid A
(Cp = 0.798 J/g-°C), find the heat of fusion per gram of solid A.
Step 1
SHOW
A→(s)
COMPUTATION
34.0 °C
34.0°C
Transcribed Image Text:2. When 27.2 g of solid A, at its melting point of 34.0 °C, was added to 62.7 g of liquid A at 51.2 °C, the mixture cooled to 35.0 °C, with no solid remaining. Given the specific heat of liquid A (Cp = 0.798 J/g-°C), find the heat of fusion per gram of solid A. Step 1 SHOW A→(s) COMPUTATION 34.0 °C 34.0°C
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