(59,63) A compound with a molecular mass of 168 g/mol has an enthalpy of vaporization of 56.8 kJ/mol. At 35°C the vapor pressure is 455torr. a. What is the normal boiling point of the sample? b. A 3g sample of the compound is condensed onto a 155g sample of aluminum at 10°C. Considering only the energy of the condensation of the compound (do not worry about the liquid cooling) what is the new temperature, in °C, of the aluminum? Use the heat capacity of aluminum found in Chapter

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3. (59,63) A compound with a molecular mass of 168 g/mol has an enthalpy of vaporization of 56.8 kJ/mol. At 35°C
the vapor pressure is 455torr.
a.
What is the normal boiling point of the sample?
b. A 3g sample of the compound is condensed onto a 155g sample of aluminum at 10°C. Considering only
the energy of the condensation of the compound (do not worry about the liquid cooling) what is the
new temperature, in °C, of the aluminum? Use the heat capacity of aluminum found in Chapter
Transcribed Image Text:3. (59,63) A compound with a molecular mass of 168 g/mol has an enthalpy of vaporization of 56.8 kJ/mol. At 35°C the vapor pressure is 455torr. a. What is the normal boiling point of the sample? b. A 3g sample of the compound is condensed onto a 155g sample of aluminum at 10°C. Considering only the energy of the condensation of the compound (do not worry about the liquid cooling) what is the new temperature, in °C, of the aluminum? Use the heat capacity of aluminum found in Chapter
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