Multiple Choice 1. Which statement best describes intermolecular forces in general? a. Covalent bonds within a network solid. b. Forces within covalent molecules that hold them together. с. Electrostatic forces between ions. d. Bonds between hydrogen and oxygen atoms in water molecules. Attractive forces between separate molecules. е. 2. A binary compound is found to be non-polar. What molecular geometry could this compound have? а. Bent (AX,) b. Angular (AX;) c. Trigonal planar (AX;) d. Trigonal pyramidal (AX;) See-saw (AX,) е. 3. Which forces exist between methane particles? London dispersion forces ii. Metallic bonding iii. Hydrogen bonding i. iv. Electrostatic attraction i only b. i and iv only d. i, iii, and iv only e. i, ii, and iii only а. c. i and iii only Matching Questions Use the following terms to identify the correct definition below. a. London dispersion force d. Low melting point b. linear e. Metal ions in a sea of electrons c. trigonal pyramidal f. Trigonal planar 4. The molecular shape with bond angles greater than 120°. A general description of metallic crystal aggregates. A property explained by weak intermolecular force of attraction. 5. 6.

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Multiple Choice
1.
Which statement best describes intermolecular forces in general?
a. Covalent bonds within a network solid.
b. Forces within covalent molecules that hold them together.
с.
Electrostatic forces between ions.
d. Bonds between hydrogen and oxygen atoms in water molecules.
Attractive forces between separate molecules.
е.
2. A binary compound is found to be non-polar. What molecular geometry could this compound
have?
а. Bent (AX,)
b. Angular (AX,)
c. Trigonal planar (AX;)
d. Trigonal pyramidal (AX;)
See-saw (AX4)
е.
3. Which forces exist between methane particles?
London dispersion forces
ii. Metallic bonding
iii. Hydrogen bonding
i.
iv. Electrostatic attraction
i only
b. i and iv only
c. i and iii only
d. i, iii, and iv only
e. i, ii, and iii only
а.
Matching Questions
Use the following terms to identify the correct definition below.
a. London dispersion force
d. Low melting point
b. linear
e. Metal ions in a sea of electrons
c. trigonal pyramidal
f. Trigonal planar
4.
The molecular shape with bond angles greater than 120°.
A general description of metallic crystal aggregates.
A property explained by weak intermolecular force of attraction.
5.
6.
Transcribed Image Text:Multiple Choice 1. Which statement best describes intermolecular forces in general? a. Covalent bonds within a network solid. b. Forces within covalent molecules that hold them together. с. Electrostatic forces between ions. d. Bonds between hydrogen and oxygen atoms in water molecules. Attractive forces between separate molecules. е. 2. A binary compound is found to be non-polar. What molecular geometry could this compound have? а. Bent (AX,) b. Angular (AX,) c. Trigonal planar (AX;) d. Trigonal pyramidal (AX;) See-saw (AX4) е. 3. Which forces exist between methane particles? London dispersion forces ii. Metallic bonding iii. Hydrogen bonding i. iv. Electrostatic attraction i only b. i and iv only c. i and iii only d. i, iii, and iv only e. i, ii, and iii only а. Matching Questions Use the following terms to identify the correct definition below. a. London dispersion force d. Low melting point b. linear e. Metal ions in a sea of electrons c. trigonal pyramidal f. Trigonal planar 4. The molecular shape with bond angles greater than 120°. A general description of metallic crystal aggregates. A property explained by weak intermolecular force of attraction. 5. 6.
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