Chapter 11 Quiz - Intermolecular Forces
HF
CH3CH2CH3
H2S
NF3
H2 (s) --> H2 (g) sublimation
H2O (l) --> H2O (s) melting
CH3OH (l) --> CH3OH (g) condensation
CH4 (g) --> CH4 (s) deposition
He < Kr < NaCl < H2O
Kr < He < NaCl < H2O
He < Kr < H2O < NaCl
NaCl < H2O < Kr < He
CBr4 < CF4 < CI4 < CH4 < Ne
CI4 < CBr4 < CF4 < CH4 < Ne
Ne < CI4 < CBr4 < CF4 < CH4
Ne < CH4 < CF4 < CBr4 < CI4
Liquids with weak intermolecular forces tend to have high vapor pressures.
Liquids with weak intermolecular forces tend to have high boiling points.
Liquids with strong intermolecular forces tend to have high surface tension.
Cohesion forces refer to intermolecular attractions between like molecules.
Has a definite volume and assumes the shape of its container
Is a nonpolar molecule
Has dipole-dipole interactions
Exhibits dispersion forces
CO2
H2S
BeH2
N2
The line separating liquid and vapor represents boiling.
The line separating solid and vapor represents sublimation.
The point at which all three phases coexist is called the critical point.
It is possible for a substance to have more than three phases.
The temperature of water rises as it is boiled.
The temperature of water rises as it freezes.
The temperature of water goes down when it freezes.
The temperature of water remains constant as it melts.
Ionic attractions
London dispersion forces
Dipole-dipole forces
Hydrogen bonds
CO2
SiF4
XeF4
O2
Surface tension
Melting point
Dropletization
Dispersion force
Liquid
Plasma
Supercritical fluid
Solid
NF3
AlF3
SiF4
CF4
Kr has more elections than Ne.
Kr has a greater mass than Ne.
Kr has a greater shielding effect than Ne.
All of the above
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