SOL TEST QUESTION BANK (Released Tests 2003-2014) TEI PDF- 28 out of 29 CONTENTS: Measurement (Ch 1) Averaging Scientific Notation Unit Conversions, Dimensional Analysis Measurement Accuracy and Precision Significant Figures Percent Error Analyzing Data Experimental Design Instruments, Experimental Technique Separation Techniques Safety Interpreting Graphs Matter (Ch 2) Density Mixtures Physical/Chemical Properties Atomic Structure & the Periodic Table (Ch 3, 4, 5) Historical Developments of the Atom & Chemistry Protons, Electrons, Neutrons, Ions, Isotopes, Atomic Number Calculating Atomic Mass Diatomic Elements Half-Life Electron Configuration Periodic Table Periodic Trends
Compounds (Ch 7, 8) Naming Compounds and Writing Formulas Ionic and Covalent Bonds Empirical Formulas Oxidation Reduction Lewis Dot, Molecular Shapes, Valence Electrons, Organic Chemistry, Polymers Chemical Reactions (Ch 9) Balancing Equations, Counting Atoms(Subscripts), Law of Conservation of Mass ID Reaction Type Molar Conversions (Ch 10) Molar Mass Gram, Liter, Particles conversions Empirical/Molecular Formulas, Percent Composition Stoichiometry (Ch 11) Molar Ratios Gram-Gram Mole-Mole L-L Percent Yield Energy (Ch 12) Endothermic, Exothermic Catalyst Phase Change, Phase Diagram, Heating Curve Kinetic Energy and Temperature, Kelvin, absolute zero Specific Heat calcs Heat of Vaporization, Heat of Fusion calcs Entropy Gases (Ch 13) Properties of Gases Partial Pressures Pressure/Volume Relationships, Boyle s Law Temperature/Volume Relationships, Charles s Law Combined Gas Law Ideal Gas Law
Intermolecular Forces/ Vapor Pressure (Ch 14) Vapor Pressure and Boiling Point Solutions (Ch 15, 16, 18) Solubility, Solutions Electrolytes Colligative Properties Molarity Dilution Equilibrium Identifying Acids, Bases ph Neutralization
MEASUREMENT (Ch 1) Averaging 2005 H 2008 C
2009 C SigFigs Scientific Notation 2004 J 2007 B Unit Conversions, Dimensional Analysis 2005 F
Measurement 2003 J 2005 G
2007 B 2008 D
2009 F Accuracy and Precision 2003 B
2004 F 2004 A
2005 C 2007 D
2008 B 2014 D Significant Figures
2005 A 2009 H TEI Guide 2010 D Percent Error
2007 G 2009 H TEI Guide 2010 C
2014 C 2014 D Analyzing Data 2003 A
2005 A 2007 G Experimental Design
2003 G 2003 C 2003 J
2004 D 2009 C Sample From left to right: Constant Constant Variable Variable
2014 C 2014 A Instruments, Experimental Technique 2003 C 2004 D
2005 G
2007 J 2008 J
2009 D 2009 G 2014 B 2014 safety A Separation Techniques
2004 A 2004 A
2008 D 2009 A 2014 C Safety
2003 B 2004 A
2007 C 2009 J Interpreting Graphs
2004 B
2005 J
2005 A
2008 J MATTER (Ch 2) Density
2007 F 2008 C 2009 H 2014 0.806 or.806 Mixtures
2005 D 2008 alloy A Physical/Chemical Properties 2008 A 2009 H 2009 J ATOMIC STRUCTURE (Ch 3, 4, 5)
Historical Developments of the Atom & Chemistry 2003 D 2007 J 2008 D
2014 B Protons, Electrons, Neutrons, Ions, Isotopes, Atomic Number 2003 J 2003 C 2003 H
2004 A 2003 2004 A 2004 C 2004 F
2005 A 2005 B 2005 J
2007 D 2007 F 2007 C 2007 B 2008 G 2008 J
2009 G TEI Guide 2010 A 2014 B Calculating Atomic Mass
2008 H TEI Guide 2010 10.11 10.12 Diatomic Elements 2004 D
TEI Guide 2010 F Cl Br I Half Life 2008 J
Electron Configuration 2014 B
2004 H 2005 Flame test lab D 2008 G
TEI Guide 2010 TEI Guide 2010 36
TEI Guide 2010 B TEI Guide 2010 1s 2 2s 2 2p 6 3s 2 3p 6 Periodic Table 2003 A 2004 G
2005 F 2007 J 2008 D 2009 J 2009 J
2014 Ga Ge As 2014 A Periodic Trends 2004 H
2005 C 2007 C 2008 G
2009** J 2009 Shielding Oxidation B TEI Guide 2010 Shielding A COMPOUNDS (Ch 7, 8) Naming, Writing Formulas 2003 B
2003 D 2004 C 2004 A 2004 A 2005 J
2005 H 2005 A 2007 F
2007 D 2007 C 2007 C 2007 A 2008 B 2008 particles F
2008 A 2008 D 2008 D 2009 F 2009 D 2009 D
2009 A TEI Guide 2010 lead (IV) oxide 2014 C
2014 A 2014 D 2014 B 2O 3
2014 D Ionic and Covalent Bonds 2003 H 2003 H
2005 D 2005 A 2007 J 2007 PTrends C
2007 H 2008 J 2008 H 2008 J 2009 A 2009 D
2009 D 2014 A 2014 A Empirical Formulas
2004 D 2005 J 2009 B
2014 B Oxidation/ Reduction 2003 B 2003 A 2005 C 2007 J
TEI Guide 2010-1 or 1-2014 -2 or 2- Lewis Dot, Molecular Shapes, Valence Electrons, Organic Chemistry 2003 G
2003 C 2003 J 2003 H 2004 C
2004 H 2004 D 2005 B 2005 D
2007 C 2008 F
2009 A 2009 B 2009 G
TEI Guide 2010 TEI Guide 2010 Protein DNA TEI Guide 2010 C TEI Guide 2010 A
TEI Guide 2010 C TEI Guide 2010 any carbon bond with a double or triple bond
2014 A CHEMICAL REACTIONS (Ch 9) Balancing Equations, Counting Subscripts/Atoms, Law of Conservation of Mass sample A
2003 D 2003 G 2003 G 2004 G
2004 Cons Mass J 2004 D 2004 C 2005 H
2005 F 2007 F 2007 H 2007 G
2008 G 2008 B 2008 B 2009 A
2009 C 2009 D 2014 C 2014 B ID Reaction Type
2003 F 2003 F 2004 H 2004 A
2005 G 2005 H
2007 H 2007 H 2008 B 2008 F
2008 F 2009 H 2009 C
2014 D 2014 A MOLAR CONVERSIONS (Ch 10) Molar Mass 2003 C
2004 J 2004 J 2004 G 2005 H 2007 C
2007 D 2008 C Gram, Liter, Particles conversions 2004 F 2008 A 2009 H 2009 B
TEI Guide 2010 32.56 2014 B 2014 A Empirical/Molecular Formulas, Percent Composition 2003 G
2004 C 2005 C TEI Guide 2010 B STOICHIOMETRY (Ch 11) Molar Ratios 2005 F
2014 D Gram-Gram 2003 G
2005 B 2007 B 2009 H
TEI Guide 2010 B Mole-Mole 2003 G 2005 G 2005 H
2007 B 2007** C 2008 G 2008 C
2009** C 2014 B L-L 2005 A Percent Yield
TEI Guide 2010 B ENERGY (Ch 12) Endothermic/Exothermic
Catalyst 2004 B
2003 B 2007 J 2007 H
2014 C Phase Change, Phase Diagram, Heating Curve 2003 G 2004 F 2004 G
2005 J 2005 F 2007 G
2007 A 2008 F
2008 IMF C 2009 G Kinetic Energy and Temperature, Absolute Zero, Kelvin 2003 D
2007 D 2007 Kelvin C Specific Heat calcs 2004 G 2005 D
2008 C 2009 B 2009 H
2014 A Heat of Vaporization, Heat of Fusion calcs 2003 C 2007 IMF F
2009 B TEI Guide 2010 C
2014 C Entropy Year GASES (Ch 13) Properties of Gases 2003** A 2004** F
2004 D 2005** B Partial Pressures 2003 H
2004 F 2005 F 2007 G
2007 G 2008 B 2008 G
2009 B Pressure/Volume Relationships, Boyle s Law 2004 graphs F 2005 G
2008 D 2008 H
2008 F TEI Guide 2010 B
2014 D Temperature/ Volume Relationships, Charles s Law 2003 G
2004 J 2005 G 2007 A
2009 F 2014 Accepted answers: 130, 130., 137, 137., 137.5, 137.6, 138, 138., 140, OR 140. Combined Gas Law
2004 B Ideal Gas Law 2003 C 2007 G
TEI Guide 2010 plot Data Set C: (0.5, 12) and (0.7, 15) You technically have to do an Ideal Gas Law calculation with the STP conditions to eliminate Data Set A INTERMOLECULAR FORCES/ VAPOR PRESSURE (Ch 14) Vapor Pressure and Boiling Point
2003 J
2004 C
2005 A 2009 IMF B
2009 G 2014 D
2014 C SOLUTIONS (Ch 15, 16, 18) Solubility/ Solutions 2003 H 2003 C
2003 B 2008 G 2009 J Electrolytes Year Colligative Properties
2003 G 2005 D 2014 D Molarity 2003 H
2004 G 2007 C 2008 C 2008 A 2009 H
TEI Guide 2010** 16 (only two sig figs are allowed) 2014 C 2014 Accepted responses: 1, 1., 1.3, 1.32, 1.33, 1.4, 2, OR 2. Dilution 2002 G
Equilibrium 2003 A 2004 F
2004 G 2005 B 2007 H 2009 C
TEI Guide 2010 Concentration Pressure Volume Temperature 2014 B Identifying Acids, Bases 2003 B
2005 B 2007 J ph 2003 H
2004 H 2005 J
2005 A 2007 A 2008 G 2009 G
2009 J TEI Guide 2010 C 2014 B
2014 D Neutralization 2005 H 2008 F
2014 B