AP Chemistry Review Topics 3.1-3.4
Authored by Christie Love
Chemistry
11th - 12th Grade
NGSS covered
Used 116+ times
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This AP Chemistry quiz focuses on intermolecular forces and states of matter, covering topics 3.1 through 3.4 of the AP Chemistry curriculum. The questions are designed for grades 11-12 and assess advanced understanding of molecular interactions, including the distinction between intramolecular and intermolecular forces, ion-dipole interactions based on coulombic attraction principles, hydrogen bonding in solid structures, kinetic molecular theory, and gas law calculations involving partial pressures. Students need a solid foundation in atomic structure, periodic trends, electronegativity, molecular geometry, and mathematical problem-solving skills to successfully tackle these problems. The quiz requires students to analyze molecular diagrams, interpret data tables, apply coulombic attraction principles to predict ion behavior in solution, understand the physical properties of gases at the molecular level, and perform multi-step calculations using gas laws and stoichiometry. Created by Christie Love, a Chemistry teacher in the US who teaches grades 11 and 12. This quiz serves as an excellent review tool for students preparing for the AP Chemistry exam, specifically targeting the foundational concepts of intermolecular forces and states of matter that appear frequently on the national assessment. Teachers can utilize this quiz as a formative assessment to gauge student understanding before moving to more complex thermodynamics and kinetics topics, or as a targeted review session during AP exam preparation in the spring. The questions align perfectly with AP Chemistry Learning Objectives 3.1.A (explaining the relationship between intermolecular interactions and macroscopic properties), 3.1.B (predicting the type and relative strength of intermolecular forces), 3.3.A (representing gas behavior using kinetic molecular theory), and 3.4.A (explaining deviations from ideal gas law behavior). This assessment works particularly well as homework following laboratory activities involving phase changes or gas law experiments, allowing students to connect hands-on observations with theoretical understanding.
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5 questions
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1.
MULTIPLE CHOICE QUESTION
1 min • 1 pt
Which of the following is the strongest type of interaction that occurs between the atoms within the circled areas of the two molecules represented above? (Topic 3.1)
Polar covalent bond
Nonpolar covalent bond
Hydrogen bond
London dispersion forces
2.
MULTIPLE CHOICE QUESTION
1 min • 1 pt
Based on the data in the table above, which of the following correctly predicts the relative strength of the attraction of Zn2+, Ca2+, and Ba2+ ions to water molecules in a solution, from strongest to weakest, and provides the correct reason? (Topic 3.1)
Zn2+ > Ca2+ > Ba2+ because the smaller ions have a stronger coulombic attraction to water
Zn2+ > Ca2+ > Ba2+ because the smaller ions are more electronegative
Ba2+ > Ca2+ > Zn2+ because the larger ions are more polarizable
Ba2+ > Ca2+ > Zn2+ because the larger ions are less electronegative
Tags
NGSS.HS-PS1-1
NGSS.HS-PS1-2
3.
MULTIPLE CHOICE QUESTION
1 min • 1 pt
The figure above shows that in solid hydrogen fluoride there are two different distances between H atoms and F atoms. Which of the following best accounts for the two different distances? (Topic 3.2)
Accommodation of the necessary bond angles in the formation of the solid
Difference in strength between covalent bonds and intermolecular attractions
Different isotopes of fluorine present in the samples
Uneven repulsions among nonbonding electron pairs
Tags
NGSS.HS-PS1-3
4.
MULTIPLE CHOICE QUESTION
1 min • 1 pt
Of the following, the best explanation for the fact that most gases are easily compressed is that the molecules in a gas (Topic 3.3)
are in constant motion
are relatively far apart
have relatively small masses
have a real, nonzero volume
move slower as temperature decreases
5.
MULTIPLE CHOICE QUESTION
2 mins • 1 pt
The figure above represents three sealed 1.0 L vessels, each containing a different inert gas at 298 K. The pressure of Ar in the first vessel is 2.0 atm. The ratio of the numbers of Ar, Ne, and He atoms in the vessels is 2:1:6, respectively. After all the gases are combined in a previously evacuated 2.0 L vessel, what is the total pressure of the gases at 298 K? (Topic 3.4)
3.0 atm
4.5 atm
9.0 atm
18 atm
Tags
NGSS.HS-PS1-7
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