FULLTESTBANK -g
b -g
b
CHEMISTRY:ATOMSFIRST2E2NDEDITION b
-g b
-g b
-g -g
b b
-g
PRINTED PDF | ORIGINAL DIRECTLY FROM THE PUBLISHER | 100%
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
g VERIFIED ANSWERS | DOWNLOAD IMMEDIATELY AFTER THE ORDER
b-g b-g b-g b- g b-g b-g b-g
,Tableofcontent -g
b -g
b
Chapter 1 Essential Ideas
b-g b-g b- g
Chapter 2 Atoms, Molecules, and Ions
b- g b-g b- g b-g b- g
Chapter 3 Electronic Structure and Periodic Properties of Elements
b-g b-g b-g b-g b-g b-g b-g b-g b-
Chapter 4 Chemical Bonding and Molecular Geometry
g b-g b-g b-g b-g b-g b-g
Chapter 5 Advanced Theories of Bonding
b-g b-g b-g b- g b-g
Chapter 6 Composition of Substances and Solutions
b-g b-g b-g b-g b-g b-g b-
Chapter 7 Stoichiometry of Chemical Reactions
g b-g b-g b-g b-g b-g b-
Chapter 8 Gases
g b-g b-g
Chapter 9 Thermochemistry
b-g b-g b-
Chapter 10 Liquids and Solids
g b-g b-g b-g b-g b-
Chapter 11 Solutions and Colloids
g b-g b-g b-g b-g b-
Chapter 12 Thermodynamics
g b-g b-g
Chapter 13 Fundamental Equilibrium Concepts
b-g b-g b-g b-g b-
Chapter 14 Acid-Base Equilibria
g b-g b-g b-g
Chapter 15 Equilibria of Other Reaction Classes
b-g b-g b-g b-g b-g b-g b-
Chapter 16 Electrochemistry
g b-g b-g
Chapter 17 Kinetics
b-g b- g
Chapter 18 Representative Metals, Metalloids, and Nonmetals
b-g b-g b-g b-g b-g b-g b-
Chapter 19 Transition Metals and Coordination Chemistry
g b-g b-g b-g b-g b-g b-g b-
Chapter 20 Nuclear Chemistry
g b-g b-g b-g
Chapter 21 Organic Chemistry
b-g b-g b-g
, TESTBANKSELLER.COM
OpenStax ChemistryAF Supplemental Test Items
b-g b-g b-g b-g
Chapter 01: Essential Ideas b-g b-g b-g
Supplemental Test Items to accompany OpenStax Chemistry. Note that not all chapters of OpenStax
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
Chemistry have accompanying test items. Building on the community-oriented nature of OpenStax
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
resources, we invite you to submit items to be considered for future inclusion.
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
Chapter 01: Essential Ideas b-g b-g b-g
1. A 0.150 kg metallic block measures 25.0 mm in length, 43.0 mm in width, and 19 .0 mm in
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
height. What is the density of the metallic block in g/cm3? (Outcome # 3) (DOK 2)
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. 7.34 x 10-6 g/cm3 b-g b-g b-g
B. 7.34 x 10-3 g/cm3 b-g b-g b-g
C. 7.34 g/cm3* b-g
2. An object with a mass of 0.255 kg and density of 2.89 g/cm3 measures 34 mm in length and
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
46 mm in width. What is the height of the object? (Outcome # 3) (DOK 3)
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. 5.6 cm* b-g
B. 5.6 x 10-2 cm b-g b-g b-g
C. 7.2 x 10-4 cm b-g b-g b-g
3. How would you determine the density of an irregular object? (Outcome # 3) (DOK 3)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. It would be impossible to determine the mass of the object without more
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
information. g
B. D = m/v, so measure the mass of the object using a balance. Then to find volume,
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
measure the height, width, and length using an appro priate measuring tool. b-g b-g b-g b-g b-g b-g b-g b-g b-g
C. D = m/v, so measure the mass of the object using a balance. Then to find volume, fill a
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
graduated cylinder with a known amount of water and immerse the object in the
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
water. The amount of displaced water is the volume in cm3 or mL.*
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
4. What is the base unit for length in the metric system? (Outcome # 6) (DOK 1)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. m*
B. km
C. mm
5. What is the base unit for mass in the metric system? (Outcome # 6) (DOK 1)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. kg
B. g*
C. mg
6. What is the base unit for volume in the metric system? (Outcome # 6) (DOK 1)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. L*
B. mL
C. dL
7. It is important that scientists use units that are understood on a global level. These units are
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
referred to as SI units which stands for
g . (Outcome # 6) (DOK 1)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. standard international units b-g b-g
Page 1 of 8
b-g b-g b-g
Credit: Modification of assessment items provided by Lumen Learning, with generous funding
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
from the William and Flora Hewlett Foundation. Licensed Creative Commons Attribution 4.0.
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
TESTBANKSELLER.COM #1 TEST BANKS WHOLESALER b-g b-g b-g b-g
, TESTBANKSELLER.COM
OpenStax ChemistryAF Supplemental Test Items
b-g b-g b-g b-g
Chapter 01: Essential Ideas
b-g b-g b-g
B. standard intercontinental units b-g b-g
C. international system of units* b-g b-g b-g
8. Convert 18.50 ft to the SI unit for length. (Outcome # 6) (DOK 2)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. 563.9 cm b-g
B. 5.639 m* b-g
C. 0.005639 km b-g
9. An experimental mouse weighs about 4.41 x 10-2 lbs. What would the weight be in the SI
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
unit for mass? (Outcome # 6) (DOK 2)
g b-g b-g b-g b-g b-g b-g b-g
A. 20.0 g b-g
B. 0.0200 kg* b-g
C. 20,003 mg b-g
10. Accuracy is defined as how close a measured value comes to a
b-g . (Outcome # 6) (DOK
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
1)
g
A. core value b-g
B. fixed value b-g
C. true value* b-g
11. Precision is defined as how the measured values are to one another. (Outcome # 6)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
(DOK 1)
g b-g
A. common
B. reproducible* TESTBANKSELLER.COM
C. accurate
12. An experiment requires you to make several measurements. Based on the values in the
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
table below, what would be the best statement that represents the data set if the
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
true value is 0.2135? (Outcome # 11) (DOK 2)
g b-g b-g b-g b-g b-g b-g b-g b-g
Trial A Trial B Trial C b-g b-g b-g
0.2139 0.2893 0.2135
0.2130 0.3210 0.2134
0.2133 0.2999 0.3712
0.2135 0.2998 0.3715
A. The measurements in Trial A are accurate and precise, Trial B is neither accurate nor
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
precise, and Trial C is accurate however, not precise.
g b-g b-g b-g b-g b-g b-g b-g b-g
B. The measurements in Trial A are accurate and precise, Trial B is neither accurate nor
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
precise, and Trial C is precise however, not accurate.
g b-g b-g b-g b-g b-g b-g b-g b-g
C. The measurements in Trial A are accurate and precise, Trial’s B and C are neither
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
accurate nor precise.* b-g b-g
13. An experiment requires you to make several measurements. Based on the values in the
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
table below, what would be the best statement that represents the data set if the
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
true value is 2.73? (Outcome # 11) (DOK 2) (Paired item 1)
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
Page 2 of 8
b-g b-g b-g
Credit: Modification of assessment items provided by Lumen Learning, with generous funding
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
from the William and Flora Hewlett Foundation. Licensed Creative Commons Attribution 4.0.
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
TESTBANKSELLER.COM #1 TEST BANKS WHOLESALER b-g b-g b-g b-g
b -g
b
CHEMISTRY:ATOMSFIRST2E2NDEDITION b
-g b
-g b
-g -g
b b
-g
PRINTED PDF | ORIGINAL DIRECTLY FROM THE PUBLISHER | 100%
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
g VERIFIED ANSWERS | DOWNLOAD IMMEDIATELY AFTER THE ORDER
b-g b-g b-g b- g b-g b-g b-g
,Tableofcontent -g
b -g
b
Chapter 1 Essential Ideas
b-g b-g b- g
Chapter 2 Atoms, Molecules, and Ions
b- g b-g b- g b-g b- g
Chapter 3 Electronic Structure and Periodic Properties of Elements
b-g b-g b-g b-g b-g b-g b-g b-g b-
Chapter 4 Chemical Bonding and Molecular Geometry
g b-g b-g b-g b-g b-g b-g
Chapter 5 Advanced Theories of Bonding
b-g b-g b-g b- g b-g
Chapter 6 Composition of Substances and Solutions
b-g b-g b-g b-g b-g b-g b-
Chapter 7 Stoichiometry of Chemical Reactions
g b-g b-g b-g b-g b-g b-
Chapter 8 Gases
g b-g b-g
Chapter 9 Thermochemistry
b-g b-g b-
Chapter 10 Liquids and Solids
g b-g b-g b-g b-g b-
Chapter 11 Solutions and Colloids
g b-g b-g b-g b-g b-
Chapter 12 Thermodynamics
g b-g b-g
Chapter 13 Fundamental Equilibrium Concepts
b-g b-g b-g b-g b-
Chapter 14 Acid-Base Equilibria
g b-g b-g b-g
Chapter 15 Equilibria of Other Reaction Classes
b-g b-g b-g b-g b-g b-g b-
Chapter 16 Electrochemistry
g b-g b-g
Chapter 17 Kinetics
b-g b- g
Chapter 18 Representative Metals, Metalloids, and Nonmetals
b-g b-g b-g b-g b-g b-g b-
Chapter 19 Transition Metals and Coordination Chemistry
g b-g b-g b-g b-g b-g b-g b-
Chapter 20 Nuclear Chemistry
g b-g b-g b-g
Chapter 21 Organic Chemistry
b-g b-g b-g
, TESTBANKSELLER.COM
OpenStax ChemistryAF Supplemental Test Items
b-g b-g b-g b-g
Chapter 01: Essential Ideas b-g b-g b-g
Supplemental Test Items to accompany OpenStax Chemistry. Note that not all chapters of OpenStax
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
Chemistry have accompanying test items. Building on the community-oriented nature of OpenStax
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
resources, we invite you to submit items to be considered for future inclusion.
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
Chapter 01: Essential Ideas b-g b-g b-g
1. A 0.150 kg metallic block measures 25.0 mm in length, 43.0 mm in width, and 19 .0 mm in
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
height. What is the density of the metallic block in g/cm3? (Outcome # 3) (DOK 2)
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. 7.34 x 10-6 g/cm3 b-g b-g b-g
B. 7.34 x 10-3 g/cm3 b-g b-g b-g
C. 7.34 g/cm3* b-g
2. An object with a mass of 0.255 kg and density of 2.89 g/cm3 measures 34 mm in length and
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
46 mm in width. What is the height of the object? (Outcome # 3) (DOK 3)
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. 5.6 cm* b-g
B. 5.6 x 10-2 cm b-g b-g b-g
C. 7.2 x 10-4 cm b-g b-g b-g
3. How would you determine the density of an irregular object? (Outcome # 3) (DOK 3)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. It would be impossible to determine the mass of the object without more
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
information. g
B. D = m/v, so measure the mass of the object using a balance. Then to find volume,
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
measure the height, width, and length using an appro priate measuring tool. b-g b-g b-g b-g b-g b-g b-g b-g b-g
C. D = m/v, so measure the mass of the object using a balance. Then to find volume, fill a
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
graduated cylinder with a known amount of water and immerse the object in the
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
water. The amount of displaced water is the volume in cm3 or mL.*
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
4. What is the base unit for length in the metric system? (Outcome # 6) (DOK 1)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. m*
B. km
C. mm
5. What is the base unit for mass in the metric system? (Outcome # 6) (DOK 1)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. kg
B. g*
C. mg
6. What is the base unit for volume in the metric system? (Outcome # 6) (DOK 1)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. L*
B. mL
C. dL
7. It is important that scientists use units that are understood on a global level. These units are
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
referred to as SI units which stands for
g . (Outcome # 6) (DOK 1)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. standard international units b-g b-g
Page 1 of 8
b-g b-g b-g
Credit: Modification of assessment items provided by Lumen Learning, with generous funding
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
from the William and Flora Hewlett Foundation. Licensed Creative Commons Attribution 4.0.
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
TESTBANKSELLER.COM #1 TEST BANKS WHOLESALER b-g b-g b-g b-g
, TESTBANKSELLER.COM
OpenStax ChemistryAF Supplemental Test Items
b-g b-g b-g b-g
Chapter 01: Essential Ideas
b-g b-g b-g
B. standard intercontinental units b-g b-g
C. international system of units* b-g b-g b-g
8. Convert 18.50 ft to the SI unit for length. (Outcome # 6) (DOK 2)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
A. 563.9 cm b-g
B. 5.639 m* b-g
C. 0.005639 km b-g
9. An experimental mouse weighs about 4.41 x 10-2 lbs. What would the weight be in the SI
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
unit for mass? (Outcome # 6) (DOK 2)
g b-g b-g b-g b-g b-g b-g b-g
A. 20.0 g b-g
B. 0.0200 kg* b-g
C. 20,003 mg b-g
10. Accuracy is defined as how close a measured value comes to a
b-g . (Outcome # 6) (DOK
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
1)
g
A. core value b-g
B. fixed value b-g
C. true value* b-g
11. Precision is defined as how the measured values are to one another. (Outcome # 6)
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
(DOK 1)
g b-g
A. common
B. reproducible* TESTBANKSELLER.COM
C. accurate
12. An experiment requires you to make several measurements. Based on the values in the
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
table below, what would be the best statement that represents the data set if the
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
true value is 0.2135? (Outcome # 11) (DOK 2)
g b-g b-g b-g b-g b-g b-g b-g b-g
Trial A Trial B Trial C b-g b-g b-g
0.2139 0.2893 0.2135
0.2130 0.3210 0.2134
0.2133 0.2999 0.3712
0.2135 0.2998 0.3715
A. The measurements in Trial A are accurate and precise, Trial B is neither accurate nor
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
precise, and Trial C is accurate however, not precise.
g b-g b-g b-g b-g b-g b-g b-g b-g
B. The measurements in Trial A are accurate and precise, Trial B is neither accurate nor
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
precise, and Trial C is precise however, not accurate.
g b-g b-g b-g b-g b-g b-g b-g b-g
C. The measurements in Trial A are accurate and precise, Trial’s B and C are neither
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
accurate nor precise.* b-g b-g
13. An experiment requires you to make several measurements. Based on the values in the
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
table below, what would be the best statement that represents the data set if the
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
true value is 2.73? (Outcome # 11) (DOK 2) (Paired item 1)
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
Page 2 of 8
b-g b-g b-g
Credit: Modification of assessment items provided by Lumen Learning, with generous funding
b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-
from the William and Flora Hewlett Foundation. Licensed Creative Commons Attribution 4.0.
g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g b-g
TESTBANKSELLER.COM #1 TEST BANKS WHOLESALER b-g b-g b-g b-g
