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Count
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Coded Questions
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Chapter 1: Basic Concepts of Chemistry
|
| EX |
2 |
Identifying
Physical
|
| HDIS |
1 |
01
|
| P |
14 |
002
003
004
007
008
016
018
024
025
025.alt
027
029
030
033
|
| R |
24 |
001
002
003
004
006
007
008
009
010
011
012
013
014
015
016
018
031
032
033
034
035
037
042
059
|
| Tut |
8 |
Density
Density
Metric
SciNot
SciNot
SciNot
Temperature
Unit
|
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Chapter 2: Atoms, Molecules, and Ions
|
| EX |
7 |
Canel
Cathode
Electric
Millikan
Periodic
Radiation
The
|
| HDIS |
1 |
01
|
| P |
44 (13) |
001
005
006
007
008
009
010
011
012
027
028
030
030.alt
034
034.alt
035
035.alt
037
037.alt
040
040.alt
041
042
043
044
044.alt
046
046.alt
048
049
050
051
051.alt
052
052.alt
060
062
064
065
067
068
071
071.alt
072
072.alt
075
075.alt
080
080.alt
082
086
091
102
110
124
130
134
|
| Tut |
5 |
Avg.Atomic
Molar
Molar
Moles
Summary
|
|
Chapter 3: Chemical Reactions
|
| EX |
3 |
Analysis
Dissolving
Isomers
|
| HDIS |
1 |
01
|
| P |
22 (2) |
004
006
011
012
013
019
021
022
025
028
029
030
030.alt
034
035
037
038
041
042
045
045.alt
047
048
050
|
| Sim |
4 |
Compounds
Coulombs
Ionic
Naming
|
| Tut |
11 |
Determining
Determining
Empirical
Hydrated
Naming
Naming
Percent
Polyatomic
Representations
Using
Using
|
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Chapter 4: Stoichiometry: Quantitative Information About Chemical Reactions
|
| EX |
5 |
Limiting
Redox
The
The
Weight
|
| HDIS |
1 |
01
|
| P |
41 (6) |
001
004
006
010
012
014
018
023
024
028
029
029.alt
030
030.alt
036
036.alt
037
038
039
040
041
042
044
044.alt
047
048
058
059
060
062
063
065
067
068
069
070
079
086
086.alt
089
089.alt
092
100
106
107
111
124
|
| Sim |
1 |
Limiting
|
| Tut |
4 |
Balancing
Chemical
Percent
Theoretical
|
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Chapter 5: Principles of Chemical Reactivity: Energy and Chemical Reactions
|
| EX |
5 |
Dilution
Direct
Exploring
Exploring
Solution
|
| HDIS |
1 |
01
|
| P |
25 |
004
008
010
012
016
018
020
022
023
024
025
027
030
032
037
038
039
041
046
052
053
054
062
089
097
|
| Sim |
2 |
Acid
Solubility
|
| Tut |
13 |
Assigning
Concentration
Determing
Dilution
Direct
Ion
Net
Precipitation
Recognizing
Solubility
Solution
Stoichiometry
Stoichiometry
|
|
Chapter 6: The Chemistry of Fuels and Energy Resources
|
| EX |
2 |
Energy
Product
|
| HDIS |
1 |
01
|
| P |
35 |
002
004
005
006
008
010
011
012
013
014
015
017
018
019
021
024
025
026
028
029
030
032
035
036
037
040
043
044
054
055
056
058
062
064
065
|
| Sim |
4 |
Calorimetry
Heat
Hesss
Temperature
|
| Tut |
7 |
Calorimetry
Energy
Enthalpy
Enthalpy
Heat
Phase
Specific
|
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Chapter 7: The Structure of Atoms and Periodic Trends
|
| EX |
3 |
Atomic
Nodes
Shapes
|
| HDIS |
1 |
01
|
| P |
35 (12) |
001
001.alt
002
002.alt
003
003.alt
004
004.alt
006
006.alt
007
007.alt
008
008.alt
009
009.alt
010
010.alt
012
013
015
015.alt
017
018
020
021
024
025
026
029
030
032
036
036.alt
037
038
041
043
043.alt
044
046
048
050
056
064
066
070
|
| Sim |
3 |
Atomic
Plancks
The
|
| Tut |
6 |
Determining
Determining
Energy
Matter
Quantum
The
|
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Chapter 8: Milestones in the Development of Chemistry and the Modern View of Atoms and Molecules
|
| HDIS |
1 |
01
|
| P |
37 (1) |
002
003
004
005
006
008
009
010
012
013
014
018
020
022
023
024
026
027
031
032
033
038
039
040
040.alt
042
043
044
046
048
050
051
052
053
056
064
071
078
|
| Sim |
9 |
Atomic
Effective
Electron
Electron
Electron
Ion
Ion
Ionization
Orbital
|
| Tut |
4 |
Electron
Electron
Electron
Electron
|
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Chapter 9: Bonding and Molecular Structure: Orbital Hybridization and Molecular Orbitals
|
| EX |
4 |
Determining
Determining
Determining
Drawing
|
| HDIS |
1 |
01
|
| P |
20 (5) |
002
003
003.alt
004
005
005.alt
006
006.alt
008
008.alt
010
010.alt
012
015
016
017
018
019
020
022
030
034
042
044
045
|
| Sim |
2 |
Bond
Coulombs
|
| Tut |
9 |
Calculating
Determining
Determining
Drawing
Electron
Ideal
Ideal
Interpreting
Resonance
|
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Chapter 10: Carbon: More Than Just Another Element
|
| EX |
3 |
Identifying
Identifying
Semiconductors
|
| HDIS |
1 |
01
|
| P |
16 (2) |
001
002
002.alt
008
010
014
022
026
032
034
038
040
042
044
056
089
097
097.alt
|
| Sim |
1 |
Metallic
|
| Tut |
4 |
Determining
Multiple
Paramagnatism
Sigma
|
|
Chapter 11: The Chemistry of Life-Biochemistry
|
| EX |
1 |
Elimination
|
| HDIS |
1 |
01
|
| P |
40 |
002
004
005
006
007
008
010
012
016
018
019
020
022
023
024
026
030
032
033
034
036
037
038
040
041
042
043
044
046
047
048
049
050
051
052
060
061
068
090
098
|
| Sim |
3 |
Markovnikovs
Naming
Stereoisomers
|
| Tut |
5 |
Amino
Functional
Hybridization
Hybridization
Predicting
|
|
Chapter 12: Intermolecular Forces and Liquids
|
| EX |
2 |
Diffusion
Exploring
|
| HDIS |
1 |
01
|
| P |
14 |
001
004
006
008
011
012
014
017
018
019
020
022
024
028
|
| Sim |
4 |
Boltzman
Determining
Ideal
Kinetic
|
| Tut |
8 |
Determining
Effusion
Finding
Ideal
Molecular
Partial
Partial
Stoichiometry
|
|
Chapter 13: The Chemistry of Solids
|
| EX |
4 |
Butane
Calc.Density
Identification
Phase
|
| HDIS |
1 |
01
|
| P |
9 |
001
002
005
018
019
020
021
024
032
|
| Sim |
3 |
Molecular
Vapor
Vapor
|
| Tut |
4 |
Determining
Enthalpy
Heat
Heat
|
|
Chapter 14: Solutions and Their Behavior
|
| EX |
6 |
Dissolving
Effect
Effect
Factors
Solubility
Vapor
|
| HDIS |
1 |
01
|
| P |
29 (1) |
002
004
006
008
009
014
016
020
022
023
024
026
028
030
032
036
038
038.alt
040
042
043
044
046
048
050
061
065
067
078
082
|
| Tut |
6 |
Boiling
Effect
Factors
Freezing
Osmotic
Vapor
|
|
Chapter 15: The Chemistry of Modern Materials
|
| EX |
7 |
Determining
Identification
Identifying
Identifying
Identifying
Reaction
Temperature
|
| HDIS |
1 |
01
|
| P |
21 |
002
004
006
008
010
012
016
018
020
022
024
026
034
035
036
038
040
041
042
055
057
|
| Sim |
3 |
Concentration
Reaction
The
|
| Tut |
6 |
Concentration
Concentration-Time
Determining
Temperature
Temperature
Temperature
|
|
Chapter 16: Principles of Reactivity: Chemical Equilibria
|
| HDIS |
1 |
01
|
| P |
18 |
002
004
005
006
007
010
014
016
020
022
024
026
028
031
044
047
050
056
|
| Sim |
7 |
Chromatography
Disturbing
Equilibria
Equilibrium
Equilibrium
The
Writing
|
| Tut |
5 |
Determining
Effect
Equil.and
Estimating
Systems
|
|
Chapter 17: The Chemistry of Acids and Bases
|
| EX |
3 |
Bronsted
Lewis
Neutral
|
| HDIS |
1 |
01
|
| P |
20 (5) |
002
002.alt
004
004.alt
008
008.alt
010
012
014
015
015.alt
018
020
020.alt
024
028
032
036
049
054
058
064
066
070
074
|
| Sim |
4 |
Acid-Base
Autoionization
Hydrolysis
The
|
| Tut |
9 |
Bronsted
Determing
Estimating
Estimating
Lewis
Neutral
Strong
Strong
The
|
|
Chapter 18: Principles of Reactivity: Other Aspects of Aqueous Equilibria
|
| EX |
2 |
Buffer
Solubility
|
| HDIS |
1 |
01
|
| P |
19 |
002
004
006
010
012
014
019
020
022
024
030
032
036
054
062
074
075
084
097
|
| Sim |
11 |
Buffer
Buffer
Common
Diprotic
Exploring
Polyprotic
Precipitation
Solubility
The
Titration
pH
|
| Tut |
13 |
Buffer
Buffer
Buffer
Buffer
Complex
Determining
Determining
Estimating
Interpreting
Solubility
Solubility
The
pH
|
|
Chapter 19: Principles of Reactivity: Entropy and Free Energy
|
| EX |
1 |
Gibbs
|
| HDIS |
1 |
01
|
| P |
17 |
001
002
004
007
008
009
014
018
019
020
022
024
039
045
051
053
074
|
| Sim |
3 |
Free
The
Thermodynamics
|
| Tut |
6 |
Calculating
Calculating
Free
Putting
Putting
Thermodynamics
|
|
Chapter 20: Principles of Reactivity: Electron Transfer Reactions
|
| HDIS |
1 |
01
|
| P |
22 |
002
004
014
016
020
022
032
034
043
044
045
046
047
048
068
073
074
080
081
082
085
087
|
| Sim |
1 |
Voltaic
|
| Tut |
5 |
Cell
Cell
Coulometry
Voltaic
Voltaic
|
|
Chapter 21: The Chemistry of the Environment
|
| EX |
3 |
Aluminum
Boron
Structures
|
| HDIS |
1 |
01
|
| P |
19 (1) |
002
004
014
015
018
024
024.alt
029
040
042
045
046
047
048
050
058
070
071
097
098
|
|
Chapter 22: The Chemistry of the Transition Elements
|
| EX |
3 |
Geometric
Geometry
Trans-metal
|
| HDIS |
1 |
01
|
| P |
22 (6) |
002
002.alt
006
007
008
009
011
011.alt
012
012.alt
013
013.alt
014
014.alt
015
016
017
017.alt
020
021
024
026
027
028
031
032
041
043
|
| Sim |
2 |
Periodic
Spectroscopy
|
|
Chapter 23: Nuclear Chemistry
|
| HDIS |
1 |
01
|
| P |
22 |
003
011
012
014
018
021
022
023
024
025
026
027
028
029
030
032
034
048
050
052
053
054
|
| Sim |
2 |
Isotopes
Nuclear
|
| Tut |
4 |
Bonding
Half-Life
Half-Life
Modes
|
| Total |
885
(54)
|
|