A 100.0 g sample of phenol, CHO, (MW = 94.11 g/mol, Kmp=7.40 °C/molal, MP = 43.0 °C) is contaminated with 7.000 g of table salt, sodium chloride (58.44 g/mol, MP = 801 °C). What is the expected melting point of the mixture? Assume that the phenol is the "solvent" for the mixture. Use

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Use freezing point depression equation 

5. A 100.0 g sample of phenol,
C6H₂O, (MW = 94.11 g/mol,
Kmp=7.40 °C/molal, MP = 43.0 °C)
is contaminated with 7.000 g of
table salt, sodium chloride (58.44
g/mol, MP = 801 °C). What is the
expected melting point of the
mixture? Assume that the phenol is
the "solvent" for the mixture. Use
the freezing point depression
equation in the introduction of this
Transcribed Image Text:5. A 100.0 g sample of phenol, C6H₂O, (MW = 94.11 g/mol, Kmp=7.40 °C/molal, MP = 43.0 °C) is contaminated with 7.000 g of table salt, sodium chloride (58.44 g/mol, MP = 801 °C). What is the expected melting point of the mixture? Assume that the phenol is the "solvent" for the mixture. Use the freezing point depression equation in the introduction of this
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