Determine the Type of Intermolecular Forces 1. CH (benzene) 2. CH₂Cl 3. PF3 #4. CS₂ ▪5. NaCl

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Chapter8: Molecules And Materials
Section: Chapter Questions
Problem 8.87PAE: 8.87 Use the vapor pressure curves illustrated here to answer the questions that follow. (a) What is...
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Determine the Type of Intermolecular
Forces
"1. CH, (benzene)
▪2. CH3CI
3. PF3
4. CS₂
▪5. NaCl
Transcribed Image Text:Determine the Type of Intermolecular Forces "1. CH, (benzene) ▪2. CH3CI 3. PF3 4. CS₂ ▪5. NaCl
12:19
r
drive.google.com
MOLAR HEAT OF VAPORIZATION
Arrange the following in order in increasing heat of vaporization:
1. argon
Boiling point "C
2. methane (CH₂)
3. diethyl ether (C₂H5OHC₂H5)
PDF GENCHEM2_Module 2.pdf
MOLAR HEAT OF VAPORIZATION
Arrange the following in order in increasing heat of vaporization:
1. argon
2. methane (CH₂)
3. diethyl ether (C₂H5OHC₂H₂)
4. benzene
5. ethanol (C₂H5OH)
6. water
7. mercury
4. benzene
5. ethanol (C₂H5OH)
6. water
7. mercury
Substance
Argon (Ar)
Benzene (CH)
Ethanol (CH,OH)
Diethyl ether (C,H,OCH.)
Mercury (Hg)
Methane (CH)
Water (HO)
-185
Page 40 65
80.1
78.3
34.6
357
-164
100
Done
91
MOLAR HEAT OF VAPORIZATION
The heat of vaporization may be considered a measure of
the strength of intermolecular forces in a liquid. If the
intermolecular attraction is strong, it takes a lot of energy
to free the molecules from the liquid phase and the heat
of vaporization will be high.
:
AH, (klimat)
6.3
31.0
39.3
26.0
59.0
9.2
40.79
Transcribed Image Text:12:19 r drive.google.com MOLAR HEAT OF VAPORIZATION Arrange the following in order in increasing heat of vaporization: 1. argon Boiling point "C 2. methane (CH₂) 3. diethyl ether (C₂H5OHC₂H5) PDF GENCHEM2_Module 2.pdf MOLAR HEAT OF VAPORIZATION Arrange the following in order in increasing heat of vaporization: 1. argon 2. methane (CH₂) 3. diethyl ether (C₂H5OHC₂H₂) 4. benzene 5. ethanol (C₂H5OH) 6. water 7. mercury 4. benzene 5. ethanol (C₂H5OH) 6. water 7. mercury Substance Argon (Ar) Benzene (CH) Ethanol (CH,OH) Diethyl ether (C,H,OCH.) Mercury (Hg) Methane (CH) Water (HO) -185 Page 40 65 80.1 78.3 34.6 357 -164 100 Done 91 MOLAR HEAT OF VAPORIZATION The heat of vaporization may be considered a measure of the strength of intermolecular forces in a liquid. If the intermolecular attraction is strong, it takes a lot of energy to free the molecules from the liquid phase and the heat of vaporization will be high. : AH, (klimat) 6.3 31.0 39.3 26.0 59.0 9.2 40.79
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